--- title: "In-Game Item Detail" method: GET path: "/api/items/{identifier}" tags: ["Items"] --- # In-Game Item Detail `GET /api/items/{identifier}` Retrieve a specific item by UUID, slug, name, or class name (case-insensitive). Results are scoped to the requested or default game version. Always includes manufacturer, game version, description data, entity tags, commodities, and variant group data. Supports includes: shops, variants, related_items, blueprints, vehicles, shops.items. Items with a matching vehicle record automatically redirect to GET /api/vehicles/{uuid}. ## Path parameters - `identifier` string, required — Item name, slug, class name, or UUID ## Query parameters - `locale` string - `include` string - `version` string ## Response `200` An Item - object - `data` GameItem — An item in Star Citizen, based on EntityClassDefinition XML files. - `uuid` string — Unique identifier of the item. - `slug` string, nullable — URL-friendly slug for the item. - `name` string — Display name of the item. - `class_name` string — Internal class name of the item definition. - `classification` string — Classification generated by ScDataDumper. - `classification_label` string, nullable — Human-readable label for the item classification - `description` union — Item description text, or a translation object with localized strings. - string - Translation[] - `en` string - `de` string - `zh` string - `fr` string - `size` integer, nullable — Item size from AttachDef. Vehicle items range 1-12, FPS items are smaller. - `mass` number, double, nullable — Physical mass in kilograms from SEntityRigidPhysicsControllerParams. - `rarity` 'Common' | 'Uncommon' | 'Rare' | 'Epic' | 'Legendary', nullable — Item rarity from stdItem.Rarity. Only present when the item has rarity data. - `event_source` string[] — Event or reward source labels for limited/event items. Empty for regular items. - `ammo_feed` object, nullable — Information about version and update date - `uuid` string — Unique identifier of the item. - `name` string — Display name of the item. - `class_name` string — Internal class name of the item definition. - `type` string — Item type identifier (e.g. Weapon, Armor, Clothing). - `type_label` string, nullable — Human-readable label for the item type. - `sub_type` string, nullable — Item sub-type identifier. - `sub_type_label` string, nullable — Human-readable label for the item sub-type. - `classification` string, nullable — Dot-separated classification path (e.g. FPS.Clothing.Torso). - `classification_label` string, nullable — Human-readable label for the item classification. - `is_base_variant` boolean — Whether this item is the base variant. - `variant_name` string, nullable — Extracted variant name, e.g. "Executive Edition" or "Aqua". - `manufacturer` ManufacturerLink - `name` string - `code` string - `uuid` string - `link` string - `link` string — API URL for the full item resource. - `web_url` string, nullable — Web URL for the item detail page. - `size` integer, nullable — Item size (1-12 for vehicle items, smaller for FPS). - `base_variant` string, nullable — API URL of the base variant item. Only present for variant items. - `variants` ItemLink[], nullable — List of variant items sharing the same base item. - `uuid` string — Unique identifier of the item. - `name` string — Display name of the item. - `class_name` string — Internal class name of the item definition. - `type` string — Item type identifier (e.g. Weapon, Armor, Clothing). - `type_label` string, nullable — Human-readable label for the item type. - `sub_type` string, nullable — Item sub-type identifier. - `sub_type_label` string, nullable — Human-readable label for the item sub-type. - `classification` string, nullable — Dot-separated classification path (e.g. FPS.Clothing.Torso). - `classification_label` string, nullable — Human-readable label for the item classification. - `is_base_variant` boolean — Whether this item is the base variant. - `variant_name` string, nullable — Extracted variant name, e.g. "Executive Edition" or "Aqua". - `manufacturer` ManufacturerLink - `name` string - `code` string - `uuid` string - `link` string - `link` string — API URL for the full item resource. - `web_url` string, nullable — Web URL for the item detail page. - `size` integer, nullable — Item size (1-12 for vehicle items, smaller for FPS). - `base_variant` string, nullable — API URL of the base variant item. Only present for variant items. - `variants` ItemLink[], nullable — List of variant items sharing the same base item. - `updated_at` string, date-time — Timestamp this data was last updated. - `version` string — The Game Version this item exists in. - `deprecated_fields` string — Deprecated fields that will be removed in future versions. - `resource` CanonicalResourceMeta — Canonical resource identity metadata - `type` 'blueprint' | 'commodity' | 'item' | 'location' | 'mission' | 'vehicle' — Resource type discriminator. - `uuid` string — Entity UUID. - `slug` string, nullable — URL-friendly slug. Omitted when null. - `api_url` string — Canonical API URL for this resource. - `web_url` string — Canonical web URL for this resource. - `version` string, nullable — Game version code this response is scoped to. Omitted when not applicable. - `updated_at` string, date-time — Timestamp this data was last updated. - `version` string — The Game Version this item exists in. - `deprecated_fields` string — Deprecated fields that will be removed in future versions. - `resource` CanonicalResourceMeta — Canonical resource identity metadata - `type` 'blueprint' | 'commodity' | 'item' | 'location' | 'mission' | 'vehicle' — Resource type discriminator. - `uuid` string — Entity UUID. - `slug` string, nullable — URL-friendly slug. Omitted when null. - `api_url` string — Canonical API URL for this resource. - `web_url` string — Canonical web URL for this resource. - `version` string, nullable — Game version code this response is scoped to. Omitted when not applicable. - `is_base_variant` boolean — Whether this item is the base variant (has no parent variant). - `is_craftable` boolean — Whether this item can be crafted via blueprints. - `is_lootable` boolean — Whether this item can be generated as loot. - `blueprint` union[], nullable — Crafting blueprints that produce this item. Only returned when the item is craftable. Use include=blueprints to get full blueprint data instead of links. - union - ItemBlueprintLink - `uuid` string, uuid — Unique identifier of the blueprint. - `name` string — Display name of the blueprint. - `link` string, uri — API URL for the blueprint detail endpoint. - Blueprint - `uuid` string, uuid — Unique blueprint identifier - `key` string — Internal blueprint key (e.g. BP_CRAFT_behr_pistol_ballistic_01) - `category_uuid` string, uuid — UUID of the blueprint category - `output_item_uuid` string, uuid — UUID of the item this blueprint crafts - `output_name` string, nullable — Display name of the crafted item - `output_class` string, nullable — Internal class identifier of the crafted item - `craft_time_seconds` integer, nullable — Crafting duration in seconds - `craft_time_label` string, nullable — Human-readable crafting duration - `is_available_by_default` boolean — Whether this blueprint is available without unlocking - `game_version` string, nullable — Game version code this data applies to - `ingredient_count` integer — Total number of distinct ingredients across all requirement groups - `unlocking_missions_count` integer — Number of missions that can unlock this blueprint - `ingredients` BlueprintIngredient[] — Ingredients required to craft the item - `name` string, nullable — Display name of the ingredient - `kind` 'resource' | 'item', nullable — Ingredient kind - `resource_type_uuid` string, uuid, nullable — UUID of the ingredient resource type (see GET /api/commodities) - `item_uuid` string, uuid, nullable — UUID of the ingredient item (see GET /api/items) - `quantity_scu` number, float, nullable — Quantity in Standard Cargo Units (for resources) - `quantity` number, float, nullable — Discrete count (for items) - `link` string, uri, nullable — API URL for the ingredient - `web_url` string, uri, nullable — Web URL for the ingredient detail page - `dismantle_returns` BlueprintDismantleReturnSummary[] — Resources returned when dismantling the crafted item - `name` string, nullable — Display name of the returned resource - `resource_type_uuid` string, uuid, nullable — UUID of the returned resource type (see GET /api/commodities) - `quantity_scu` number, float, nullable — Quantity returned in Standard Cargo Units - `link` string, uri, nullable — API URL for the returned resource - `web_url` string, uri, nullable — Web URL for the returned resource detail page - `output` BlueprintOutput — Crafted output metadata for a blueprint. - `uuid` string, uuid, nullable — UUID of the crafted item - `name` string, nullable — Display name of the crafted item - `class` string, nullable — Internal class identifier of the crafted item - `type` string, nullable — Type category of the crafted item (e.g. WeaponPersonal, Char_Armor_Torso) - `type_label` string, nullable — Human-readable label for the type - `sub_type` string, nullable — Sub-type classification of the crafted item - `subtype` string, nullable — Deprecated: Use sub_type. - `grade` string, nullable — Grade or quality tier of the crafted item - `item_web_url` string, uri, nullable — Web URL for the crafted item detail page - `dismantle` BlueprintDismantle — Dismantle metadata for a blueprint. Only included on blueprint detail responses. - `time_seconds` integer, nullable — Dismantle duration in seconds - `time_label` string, nullable — Human-readable dismantle duration - `efficiency` number, float, nullable — Dismantle efficiency ratio - `requirement_groups` BlueprintRequirementGroup[] — Only included on blueprint detail responses. - `key` string, nullable — Internal key of the requirement group - `name` string, nullable — Display name of the requirement group - `kind` 'group' — Always "group" - `required_count` integer, nullable — Number of children that must be fulfilled within this group - `modifiers` BlueprintModifier[] — Quality-dependent modifier effects applied at the group level - … - `children` BlueprintRequirementChild[] — Individual resources or items within this group - … - `summary_properties` BlueprintSummaryProperty[] — Only included on blueprint detail responses. - `property_key` string — Internal key identifying the property - `property_uuid` string, uuid, nullable — UUID of the property definition, if available - `label` string — Human-readable label for the property - `better_when` 'higher' | 'lower' | 'neutral', nullable — Indicates whether a higher or lower value is desirable - `unlocking_missions` BlueprintUnlockingMission[] — Only included on blueprint detail responses. - `title` string, nullable — Formatted mission title - `debug_name` string, nullable — Internal debug name of the mission - `reward_scope` string, nullable — Scope of the blueprint reward - `chance` number, float, nullable — Drop chance as a decimal (e.g. 0.5 for 50%) - `web_url` string, uri, nullable — Web URL for the mission detail page - `unlocking_missions_grouped` BlueprintUnlockingMissionsGrouped[] — Only included on blueprint detail responses. - `label` string — Human-readable chance label (e.g. Guaranteed, 50% chance) - `chance` number, float, nullable — Drop chance as a decimal - `missions` BlueprintUnlockingMissionsGroupedEntry[] — Missions in this chance group - … - `aspects` BlueprintAspects — Interactive aspect tree for blueprint quality simulation. Only included on blueprint detail responses. - `aspects` BlueprintAspect[] — Flat list of all aspects - … - `aspect_groups` BlueprintAspectGroup[] — Groups of related aspects - … - `has_interactive_aspects` boolean — Whether any aspect has dynamic quality modifiers - `tiers` BlueprintTier[] — Only included on blueprint detail responses. - `tier_index` integer, nullable — Zero-based index of this crafting tier - `craft_time_seconds` integer, nullable — Crafting duration in seconds for this tier - `requirements` BlueprintRequirementNode — Raw recursive requirement node returned under tiers[].requirements. - … - `link` string, uri — API URL for this blueprint - `web_url` string, uri — Web URL for the blueprint detail page - `output_item_web_url` string, uri, nullable — Web URL for the crafted item detail page - `grade` string, nullable — Only returned for Ship.* items (derived formatting for ship grades). - `class` string, nullable — Only returned for Ship.* items. - `description_data` ItemDescriptionData[], nullable — Key/value pairs derived from the item description. - `name` string — The label of the description entry, e.g. "Carrying Capacity". - `value` string — The value of the description entry, e.g. "2kµSCU". - `type` string — Deprecated: Use "value" key. - `manufacturer_description` string, nullable — Manufacturer name extracted from the description data entries. - `manufacturer` ManufacturerLink - `name` string - `code` string - `uuid` string - `link` string - `type` string, nullable — Item type identifier (NOITEM_ prefix removed), e.g. Weapon, Armor, Clothing. - `type_label` string, nullable — Human-readable label for the item type - `type_web_url` string, nullable — Web URL for filtering items by type - `sub_type` string, nullable — Item sub-type identifier, e.g. Small, Medium, Rocket. - `sub_type_label` string, nullable — Human-readable label for the item sub-type - `position` string, nullable — Only returned for WeaponAttachment items (non-placeholder). Maps sub_type to a display slot name. - `max_mounts` integer, nullable — Only returned for turret-like items. - `max_missiles` integer, nullable — Only returned for MissileLauncher turret-like items. - `max_bombs` integer, nullable — Only returned for BombLauncher turret-like items. - `min_size` integer, nullable — Only returned for turret-like items. - `max_size` integer, nullable — Only returned for turret-like items. - `dimension` ItemDimension — Dimensions of an item, sourced from InventoryOccupancy in the item definition. - `width` number, double, nullable — Deprecated: Use dimensions, cargo_dimension, or ui_dimension instead. Width in meters, either from UIDimensions or Dimensions. - `height` number, double, nullable — Deprecated: Use dimensions, cargo_dimension, or ui_dimension instead. Height in meters, either from UIDimensions or Dimensions. - `length` number, double, nullable — Deprecated: Use dimensions, cargo_dimension, or ui_dimension instead. Length in meters, either from UIDimensions or Dimensions. - `volume` number, double, nullable — Cubic volume derived from the dimensions (SCU). - `volume_converted` number, nullable — Converted volume value from game data (e.g. in µSCU). - `volume_converted_unit` string, nullable — Unit of the converted volume (e.g. "µSCU", "SCU"). - `true_dimension` object, nullable — Deprecated: Use dimensions instead. True 3D model dimensions in meters. Only present when UI values differ from the true dimensions. - `width` number, double, nullable - `height` number, double, nullable - `length` number, double, nullable - `dimensions` ItemDimensionBlock — A dimension block with width, height, and length in meters. - `width` number, double — Width in meters. - `height` number, double — Height in meters. - `length` number, double — Length in meters. - `cargo_dimension` ItemDimensionBlock — A dimension block with width, height, and length in meters. - `width` number, double — Width in meters. - `height` number, double — Height in meters. - `length` number, double — Length in meters. - `ui_dimension` ItemDimensionBlock — A dimension block with width, height, and length in meters. - `width` number, double — Width in meters. - `height` number, double — Height in meters. - `length` number, double — Length in meters. - `inventory` ItemInventory — Container (Inventory) of an item, resolved from SCItemInventoryContainerComponentParams - `uuid` string, nullable — Unique identifier of the referenced InventoryContainer. - `width` number, double, nullable — Interior width in meters (interiorDimensions.x). - `height` number, double, nullable — Interior height in meters (interiorDimensions.z). - `length` number, double, nullable — Interior depth in meters (interiorDimensions.y). - `volume` number, double, nullable — Interior volume in cubic meters (width * height * length). - `scu` number, double, nullable — Raw SCU capacity as set in game data. - `scu_converted` number, double, nullable — SCU capacity converted to the unit specified in the unit field (e.g. µSCU, cSCU, or SCU). - `unit` string, nullable — Unit label displayed in the UI, e.g. "µSCU" or "SCU". - `micro_scu` number, double, nullable — Capacity in µSCU. Only present when unit exponent is 0 (standard SCU). - `open` boolean, nullable — Whether this is an open container (e.g. a cargo grid). - `external` boolean, nullable — Whether this container is externally accessible (e.g. a cargo pod). - `closed` boolean, nullable — Whether this is a closed container (e.g. a locker or personal storage). - `min_size` object, nullable — Minimum item dimensions accepted by this container in meters. - `x` number, nullable — Width in meters. - `y` number, nullable — Depth in meters. - `z` number, nullable — Height in meters. - `max_size` object, nullable — Maximum item dimensions accepted by this container in meters. - `x` number, nullable — Width in meters. - `y` number, nullable — Depth in meters. - `z` number, nullable — Height in meters. - `min_scu_box` number, nullable — Smallest standard SCU box whose dimensions satisfy the min item size. Powers of two: 0.125, 1, 2, 4, 8, 16, 32. - `max_scu_box` number, nullable — Largest standard SCU box that fits within the max item size and interior dimensions. Powers of two: 0.125, 1, 2, 4, 8, 16, 32. - `tags` string[], nullable — Item tags from AttachDef. - `required_tags` string[], nullable — Required tags an item must match to attach. - `entity_tags` string[], nullable — Entity tag UUIDs from the database relationship (empty array when not loaded). - `entity_tag_map` object[], nullable — Entity tags from the database relationship (empty array when not loaded). - `uuid` string — Unique identifier of the entity tag. - `name` string — Name of the entity tag. - `interactions` string[], nullable — Generated from SInteractionPointParams - `ports` ItemPort[], nullable — Item ports derived from stdItem.Ports. - `name` string — Internal port identifier (e.g. hardpoint_weapon_wing_right). - `display_name` string, nullable — Human-readable port name, resolved from localization key. - `position` string, nullable — Derived position label (e.g. magazine_well, optics, underbarrel, barrel). - `size` integer, nullable — Maximum item size this port accepts (same as sizes.max). - `sizes` object — Size range of items this port accepts. - `min` integer, nullable — Minimum item size. - `max` integer, nullable — Maximum item size. - `compatible_types` ItemPortType[], nullable - `type` string, nullable — Major item type this port accepts (e.g. WeaponGun, Paints, Seat). - `sub_types` string[], nullable — Sub-types within the major type that this port accepts (e.g. Small, Medium). - `types` string[], nullable — Structured compatible type entries with type and sub-types. - `tags` string[], nullable — Tags provided by this port to attached items (from PortTags attribute). - `required_tags` string[], nullable — Tags an item must have to attach to this port (from RequiredPortTags, $ prefix stripped). - `flags` string[], nullable — Port flags controlling behavior (e.g. editable, uneditable, invisible, select). - `editable` boolean, nullable — Whether the port can be modified in-game. - `uneditable` boolean, nullable — Deprecated: Use editable (inverted value). - `equipped_item_uuid` string, nullable — UUID of the equipped item - `type` string, nullable — Port type derived from CompatibleTypes (e.g. WeaponGun, MissileLauncher). - `sub_type` string, nullable — Port sub-type derived from CompatibleTypes. - `port_tags` string[], nullable — Tags provided by this port. Same as tags field, for vehicle port_tags compat. - `ports` ItemPort[], nullable — Sub-ports from the equipped item. - `equipped_item` GamePortItem — Aggregated related information for base/variants and set items - `set_name` string, nullable - `base_item` ItemRelatedLink — Link information for a related item with full classification - `uuid` string — Unique identifier of the related item. - `name` string — Display name of the related item. - `class_name` string, nullable — Internal class name of the related item. - `type` string, nullable — Item type identifier. - `type_label` string, nullable — Human-readable label for the item type - `sub_type` string, nullable — Item sub-type identifier. - `sub_type_label` string, nullable — Human-readable label for the item sub-type - `classification` string, nullable — Dot-separated classification path. - `classification_label` string, nullable — Human-readable label for the item classification - `is_base_variant` boolean — Whether this related item is the base variant. - `variant_name` string, nullable — Variant name if this is a variant item. - `manufacturer` object, nullable — Manufacturer information with link - `code` string, nullable - `name` string, nullable - `link` string - `version` string, nullable — Game version code. - `link` string — API URL for the related item. - `web_url` string — Web URL for the related item. - `size` integer, nullable — Item size. - `grade` integer, nullable — Item grade. - `grade_label` string, nullable — Grade (A/B/C/D for Ship items) - `class` string, nullable — Item class. - `variant_items` ItemRelatedLink[], nullable - `uuid` string — Unique identifier of the related item. - `name` string — Display name of the related item. - `class_name` string, nullable — Internal class name of the related item. - `type` string, nullable — Item type identifier. - `type_label` string, nullable — Human-readable label for the item type - `sub_type` string, nullable — Item sub-type identifier. - `sub_type_label` string, nullable — Human-readable label for the item sub-type - `classification` string, nullable — Dot-separated classification path. - `classification_label` string, nullable — Human-readable label for the item classification - `is_base_variant` boolean — Whether this related item is the base variant. - `variant_name` string, nullable — Variant name if this is a variant item. - `manufacturer` object, nullable — Manufacturer information with link - `code` string, nullable - `name` string, nullable - `link` string - `version` string, nullable — Game version code. - `link` string — API URL for the related item. - `web_url` string — Web URL for the related item. - `size` integer, nullable — Item size. - `grade` integer, nullable — Item grade. - `grade_label` string, nullable — Grade (A/B/C/D for Ship items) - `class` string, nullable — Item class. - `set_items` ItemRelatedLinkExt[], nullable - `uuid` string — Unique identifier of the related item. - `name` string — Display name of the related item. - `class_name` string, nullable — Internal class name of the related item. - `type` string, nullable — Item type identifier. - `type_label` string, nullable — Human-readable label for the item type - `sub_type` string, nullable — Item sub-type identifier. - `sub_type_label` string, nullable — Human-readable label for the item sub-type - `classification` string, nullable — Dot-separated classification path. - `classification_label` string, nullable — Human-readable label for the item classification - `is_base_variant` boolean — Whether this related item is the base variant. - `variant_name` string, nullable — Variant name if this is a variant item. - `manufacturer` object, nullable — Manufacturer information with link - `code` string, nullable - `name` string, nullable - `link` string - `version` string, nullable — Game version code. - `link` string — API URL for the related item. - `web_url` string — Web URL for the related item. - `size` integer, nullable — Item size. - `grade` integer, nullable — Item grade. - `grade_label` string, nullable — Grade (A/B/C/D for Ship items) - `class` string, nullable — Item class. - `uuid` string — Unique identifier of the item. - `name` string — Display name of the item. - `class_name` string — Internal class name of the item definition. - `type` string, nullable — AttachDef@Type (NOITEM_ prefix removed) - `type_label` string, nullable — Human-readable label for the item type - `sub_type` string, nullable — AttachDef@SubType - `sub_type_label` string, nullable — Human-readable label for the item sub-type - `classification` string, nullable — Dot-separated classification path (e.g. FPS.Clothing.Torso). - `classification_label` string, nullable — Human-readable label for the item classification - `is_base_variant` boolean — Whether this item is the base variant (has no parent variant). - `variant_name` string, nullable — Extracted variant name, e.g. "Executive Edition" or "Aqua" - `link` string — API URL for item detail endpoint - `web_url` string, nullable — Web URL for item detail page - `size` integer, nullable — AttachDef@Size - `mass` number, double, nullable — Generated from SEntityRigidPhysicsControllerParams - `grade` string, nullable — Derived formatting for ship grades (A, B, C, D) or extracted from DescriptionData.Grade - `class` string, nullable — From DescriptionData.Class if not set directly - `manufacturer` ManufacturerLink - `name` string - `code` string - `uuid` string - `link` string - `resource_network` ResourceNetwork — Networked resource behaviour for an item, including power/fuel consumption, generation, and priority. - `is_networked` boolean, nullable — Whether the item participates in the ship/station resource network. - `is_relay` boolean, nullable — True when the item acts as a relay node. - `default_priority` integer, nullable — Processing priority within the network (higher runs earlier). Commonly 50; fuel tanks use 100. - `states` ResourceNetworkState[], nullable — List of available network states and their resource deltas. - `name` string, nullable — State name (e.g. Online). Can be empty on some items. - `signature` object, nullable — Electromagnetic/infrared signature while in this state. - … - `deltas` ResourceNetworkDelta[], nullable - … - `power_ranges` object[], nullable — Power range modifiers applied when this state is active. - … - `repair` object, nullable — Repair configuration for this networked item. - `max_repair_count` integer, nullable — Maximum number of repairs allowed. - `time_to_repair` number, double, nullable — Time required to perform a repair (seconds). - `health_ratio` number, double, nullable — Health ratio threshold for repair eligibility. - `usage` object, nullable — Resource usage configuration defining minimum and maximum consumption rates. - `power` object, nullable — Power usage range. - … - `coolant` object, nullable — Coolant usage range. - … - `generation` object, nullable — Resource generation configuration defining production rates. - `coolant` number, double, nullable — Coolant generation rate. - `power` number, double, nullable — Power generation rate. - `emission` ItemEmission — EM and IR Emission calculated from Resource Network - `ir` number, double, nullable — Infrared (thermal) emission signature. Higher values make the item easier to detect. - `em_min` number, double, nullable — Electromagnetic emission at idle/low power (Maximum * minConsumptionFraction * lowPowerRangeModifier). - `em_max` number, double, nullable — Electromagnetic emission at full power from EMSignature.nominalSignature. - `em_decay` number, double, nullable — Rate at which EM drops when the item powers down (typically 0.15). - `em_per_segment` number, double, nullable — EM per power segment unit (PowerPlant only: Maximum / Generation.Power). - `version` string — Game version code - `heat` ItemHeatConnection — DEPRECATED: EntityComponentHeatConnection has been removed from game data - `temperature_to_ir` number, double, nullable - `ir_temperature_threshold` number, double, nullable — StartIRTemperature - `overpower_heat` number, double, nullable - `overclock_threshold_min` number, double, nullable - `overclock_threshold_max` number, double, nullable - `thermal_energy_base` number, double, nullable - `thermal_energy_draw` number, double, nullable - `thermal_conductivity` number, double, nullable - `specific_heat_capacity` number, double, nullable - `mass` number, double, nullable - `surface_area` number, double, nullable - `start_cooling_temperature` number, double, nullable - `max_cooling_rate` number, double, nullable - `max_temperature` number, double, nullable - `min_temperature` number, double, nullable - `overheat_temperature` number, double, nullable - `recovery_temperature` number, double, nullable - `misfire_min_temperature` number, double, nullable - `misfire_max_temperature` number, double, nullable - `ir_emission` number, double, nullable — (StartCoolingTemperature - StartIRTemperature) * TemperatureToIR - `temperature` ItemTemperature — Temperature thresholds in Celsius, converted from the SEntityPhysicsControllerParams temperature system. - `unit` string, nullable — Temperature unit (always "C" for Celsius). - `cooling_threshold` number, double, nullable — Temperature in Celsius at which active cooling begins. - `ir_threshold` number, double, nullable — Temperature in Celsius above which IR emission becomes detectable. - `overheat_threshold` number, double, nullable — Temperature in Celsius at which the overheat warning triggers (before full overheat). - `overheat_temperature` number, double, nullable — Deprecated: Use overheat_threshold. - `max_temperature` number, double, nullable — Temperature in Celsius at which the item fully overheats and shuts down. - `recovery_temperature` number, double, nullable — Temperature in Celsius the item must cool to before recovering from overheat. - `power` ItemPowerConnection — DEPRECATED: EntityComponentPowerConnection has been removed from game data (4.7.0). Power data is available via ResourceNetwork. - `power_base` number, double, nullable - `power_draw` number, double, nullable - `throttleable` boolean, nullable — IsThrottleable - `overclockable` boolean, nullable — IsOverclockable - `overclock_threshold_min` number, double, nullable - `overclock_threshold_max` number, double, nullable - `overclock_performance` number, double, nullable - `overpower_performance` number, double, nullable - `power_to_em` number, double, nullable - `decay_rate_em` number, double, nullable - `em_min` number, double, nullable — PowerBase * PowerToEm. Use ResourceNetwork data instead. - `em_max` number, double, nullable — PowerDraw * PowerToEm. Use ResourceNetwork data instead. - `distortion` ItemDistortion — Distortion information from stdItem.Distortion. - `decay_rate` number, double, nullable — Rate at which distortion damage recovers per second. Higher values mean faster recovery. - `decay_delay` number, double, nullable — Delay in seconds before distortion recovery begins after taking damage. - `max` number, double, nullable — Maximum distortion pool capacity, total distortion damage the item can absorb before shutting down. - `maximum` number, double, nullable — Deprecated: Use max. - `overload_ratio` number, double, nullable — Deprecated: Does not exist in game data. - `warning_ratio` number, double, nullable — Ratio of max at which a distortion warning indicator triggers (e.g. 0.75 = warning at 75%). - `recovery_ratio` number, double, nullable — Threshold below which distortion must fall before the item reactivates after overload. 0 = immediate recovery. - `recovery_time` number, double, nullable — Deprecated: Does not exist in game data. - `power_ratio_at_max_distortion` number, double, nullable — Power output ratio at maximum distortion. Currently always 0 (reserved for future use). - `power_change_only_at_max_distortion` integer, nullable — Whether power output only changes when distortion reaches maximum (1 = yes, 0 = gradual). - `shutdown_time` number, double, nullable — Computed duration in seconds the item remains shut down (Maximum / DecayRate + DecayDelay). - `durability` ItemDurability — Durability information of an item, generated from SHealthComponentParams (health, repairable, salvageable) and SDegradationParams (lifetime). - `health` number, double, nullable — Hit points of the item from SHealthComponentParams. - `lifetime` number, double, nullable — Wear lifetime in hours from SDegradationParams.MaxLifetimeHours. - `max_lifetime` number, double, nullable — Deprecated: Use lifetime. - `repairable` boolean — Whether the item can be repaired. - `salvageable` boolean — Whether the item can be salvaged. - `resistance` object, nullable — Damage resistance multipliers per type (Physical, Energy, Distortion, Thermal, Biochemical, Stun). The multiplier scales incoming damage: 1.0 = full damage, <1.0 = reduced damage, 0 = immune, >1.0 = increased damage. - `physical` number, double, nullable — Physical damage multiplier. Incoming damage is scaled by this value. - `energy` number, double, nullable — Energy damage multiplier. Incoming damage is scaled by this value. - `distortion` number, double, nullable — Distortion damage multiplier. Incoming damage is scaled by this value. - `thermal` number, double, nullable — Thermal damage multiplier. Incoming damage is scaled by this value. - `biochemical` number, double, nullable — Biochemical damage multiplier. Incoming damage is scaled by this value. - `stun` number, double, nullable — Stun damage multiplier. Incoming damage is scaled by this value. - `resource_container` ResourceContainer — Container data for items that can hold resources (e.g. cargo or consumables). - `mass` number, double, nullable — Container mass in kilograms. - `immutable` boolean, nullable — Whether the container contents cannot be changed. - `default_fill_fraction` number, double, nullable — Initial fill fraction (0-1). - `capacity` object, nullable - `value` number, double, nullable — Raw capacity value. - `unit` string, nullable — Unit abbreviation (e.g. "SCU"). - `unit_name` string, nullable — Full unit name (e.g. "Standard Cargo Units"). - `scu` number, double, nullable — Capacity converted to SCU. - `inclusive_resources` string[], nullable — UUIDs of resources allowed in this container. - `default_composition` ResourceContainerCompositionEntry[], nullable — Default composition entries and weights. - `entry` string, nullable — UUID of the resource/commodity in this composition entry. - `weight` number, double, nullable — Weight or proportion of this entry in the composition. - `commodity` ResourceContainerCommodityLink — Link to the commodity that this composition entry references. - `uuid` string, uuid — Unique identifier of the commodity. - `name` string — Display name of the commodity. - `slug` string, nullable — URL-friendly slug for the commodity. - `link` string, nullable — API URL for the commodity detail endpoint. - `resource_network` ResourceNetwork — Networked resource behaviour for an item, including power/fuel consumption, generation, and priority. - `is_networked` boolean, nullable — Whether the item participates in the ship/station resource network. - `is_relay` boolean, nullable — True when the item acts as a relay node. - `default_priority` integer, nullable — Processing priority within the network (higher runs earlier). Commonly 50; fuel tanks use 100. - `states` ResourceNetworkState[], nullable — List of available network states and their resource deltas. - `name` string, nullable — State name (e.g. Online). Can be empty on some items. - `signature` object, nullable — Electromagnetic/infrared signature while in this state. - `em` number, double, nullable — Electromagnetic signature value in this state. - `ir` number, double, nullable — Infrared signature value in this state. - `deltas` ResourceNetworkDelta[], nullable - `type` string, nullable — Delta type (Consumption, Generation, Conversion, Storage, NetworkReflection). - `resource` string, nullable — Target resource affected (Power, Fuel, Coolant, QuantumFuel, Shield, LifeSupport). - `rate` number, double, nullable — Rate applied per tick (game native units). Typical power draw ~2-5; fuel draw often 0.01. - `minimum_fraction` number, double, nullable — Minimum fraction of the resource that must be available before the delta applies. - `generated_resource` string, nullable — Resource produced by conversion/storage deltas. - `generated_rate` number, double, nullable — Rate of the generated resource. - `discharge` number, double, nullable — Whether stored resource is discharged (0/1 flag). - `no_over_generation` number, double, nullable — Prevents generating above capacity (0/1 flag). - `binary_evaluation` number, double, nullable — Binary reflection value for NetworkReflection deltas. - `composition` object[], nullable — Optional composition entries describing how generated resource is assembled. - `container_resource` string, nullable — UUID of the container resource. - `ratio` number, double, nullable — Ratio of this resource in the composition. - `power_ranges` object[], nullable — Power range modifiers applied when this state is active. - `start` number, double, nullable — Start value of the power range. - `modifier` number, double, nullable — Modifier applied within this power range. - `register_range` boolean, nullable — Whether this range should be registered. - `repair` object, nullable — Repair configuration for this networked item. - `max_repair_count` integer, nullable — Maximum number of repairs allowed. - `time_to_repair` number, double, nullable — Time required to perform a repair (seconds). - `health_ratio` number, double, nullable — Health ratio threshold for repair eligibility. - `usage` object, nullable — Resource usage configuration defining minimum and maximum consumption rates. - `power` object, nullable — Power usage range. - `min` number, double, nullable — Minimum power usage. - `max` number, double, nullable — Maximum power usage. - `minimum` number, double, nullable — Deprecated: Use min. - `maximum` number, double, nullable — Deprecated: Use max. - `coolant` object, nullable — Coolant usage range. - `min` number, double, nullable — Minimum coolant usage. - `max` number, double, nullable — Maximum coolant usage. - `minimum` number, double, nullable — Deprecated: Use min. - `maximum` number, double, nullable — Deprecated: Use max. - `generation` object, nullable — Resource generation configuration defining production rates. - `coolant` number, double, nullable — Coolant generation rate. - `power` number, double, nullable — Power generation rate. - `emission` ItemEmission — EM and IR Emission calculated from Resource Network - `ir` number, double, nullable — Infrared (thermal) emission signature. Higher values make the item easier to detect. - `em_min` number, double, nullable — Electromagnetic emission at idle/low power (Maximum * minConsumptionFraction * lowPowerRangeModifier). - `em_max` number, double, nullable — Electromagnetic emission at full power from EMSignature.nominalSignature. - `em_decay` number, double, nullable — Rate at which EM drops when the item powers down (typically 0.15). - `em_per_segment` number, double, nullable — EM per power segment unit (PowerPlant only: Maximum / Generation.Power). - `seat` Seat — Seat parameters including type, axis limits, and ejection system. - `seat_type` string, nullable — Seat control type. - `yaw` SeatAxis — Minimum and maximum values for a yaw or pitch axis. - `min` number, double, nullable — Minimum axis limit. - `max` number, double, nullable — Maximum axis limit. - `minimum` number, double, nullable — Deprecated: Use min. - `maximum` number, double, nullable — Deprecated: Use max. - `pitch` SeatAxis — Minimum and maximum values for a yaw or pitch axis. - `min` number, double, nullable — Minimum axis limit. - `max` number, double, nullable — Maximum axis limit. - `minimum` number, double, nullable — Deprecated: Use min. - `maximum` number, double, nullable — Deprecated: Use max. - `set_yaw_pitch_limits` boolean, nullable — Whether yaw and pitch limits are enforced. - `has_ejection` boolean, nullable — Whether the seat has an ejection system. - `ejection` SeatEjection — Ejection system capabilities when equipped. - `max_linear_velocity` number, double, nullable — Maximum linear ejection velocity in meters per second. - `max_linear_acceleration` number, double, nullable — Maximum linear ejection acceleration in meters per second squared. - `max_angular_velocity` number, double, nullable — Maximum angular ejection velocity. - `max_angular_acceleration` number, double, nullable — Maximum angular ejection acceleration. - `ejection_loop_time` number, double, nullable — Ejection sequence duration in seconds. - `ammunition` Ammunition — Projectile behaviour and damage data from Item.stdItem.Ammunition. Values are taken directly from game data without simulation or derived calculations. - `uuid` string, nullable — Unique identifier for this ammunition type. - `speed` number, double, nullable — Projectile speed in m/s. - `lifetime` number, double, nullable — Lifetime in seconds before the projectile despawns. - `range` number, double, nullable — Effective range in meters (speed × lifetime when provided by the game). - `size` integer, nullable — Projectile size used by the game for collision/damage logic. - `capacity` integer, nullable — Maximum ammo or charge stored in the weapon battery/magazine for this ammo definition. - `initial_capacity` integer, nullable — Starting ammo or charge loaded when the item spawns. - `damage_falloff_level_1` number, double, nullable — Damage retention percentage at penetration level 1. - `damage_falloff_level_2` number, double, nullable — Damage retention percentage at penetration level 2. - `damage_falloff_level_3` number, double, nullable — Damage retention percentage at penetration level 3. - `max_penetration_thickness` number, double, nullable — Maximum armor or material thickness (m) this round can pierce. - `penetration` object, nullable — Penetration behaviour detailing distance and angle effectiveness. - `base_distance` number, double, nullable — Base penetration distance. - `near_radius` number, double, nullable — Near radius for penetration falloff. - `far_radius` number, double, nullable — Far radius for penetration falloff. - `angle` number, double, nullable — Maximum impact angle (degrees) before ricochet/stop. - `impact_damage` WeaponDamageEntry[], nullable — Deprecated: Use impact_damage_map instead. Direct hit damage per projectile, split by damage type. Zero values are omitted. - `type` string, nullable — Damage context. - `name` string, nullable — Damage type name. - `damage` number, double, nullable — Damage value. - `detonation_damage` WeaponDamageEntry[], nullable — Deprecated: Use detonation_damage_map instead. Explosion damage applied on detonation-capable projectiles. - `type` string, nullable — Damage context. - `name` string, nullable — Damage type name. - `damage` number, double, nullable — Damage value. - `impact_damage_map` object, nullable — Direct hit damage mapped by snake_case damage type keys. Replacement for impact_damage array. - `physical` number, double, nullable — Physical impact damage. - `energy` number, double, nullable — Energy impact damage. - `distortion` number, double, nullable — Distortion impact damage. - `thermal` number, double, nullable — Thermal impact damage. - `biochemical` number, double, nullable — Biochemical impact damage. - `stun` number, double, nullable — Stun impact damage. - `detonation_damage_map` object, nullable — Explosion damage mapped by snake_case damage type keys. Replacement for detonation_damage array. - `physical` number, double, nullable — Physical explosion damage. - `energy` number, double, nullable — Energy explosion damage. - `distortion` number, double, nullable — Distortion explosion damage. - `thermal` number, double, nullable — Thermal explosion damage. - `biochemical` number, double, nullable — Biochemical explosion damage. - `stun` number, double, nullable — Stun explosion damage. - `explosion_radius` object, nullable — Minimum and maximum explosion radius for detonation-capable projectiles. - `min` number, double, nullable — Minimum explosion radius (meters). - `max` number, double, nullable — Maximum explosion radius (meters). - `impulse_scale` number, double, nullable — Impulse multiplier applied on impact. Typically always 1. - `bullet_type` integer, nullable — Projectile type: 2 = ballistic, -1 = energy/laser. - `damage_drop_min_distance` object, nullable — Damage values at the distance where falloff begins. Damage remains constant up to this point. - `physical` number, double, nullable — Physical damage at start of falloff. - `energy` number, double, nullable — Energy damage at start of falloff. - `distortion` number, double, nullable — Distortion damage at start of falloff. - `thermal` number, double, nullable — Thermal damage at start of falloff. - `biochemical` number, double, nullable — Biochemical damage at start of falloff. - `stun` number, double, nullable — Stun damage at start of falloff. - `total` number, double, nullable — Sum of all damage types. - `damage_drop_per_meter` object, nullable — Damage reduction per meter after the min distance is exceeded. - `physical` number, double, nullable — Physical damage lost per meter. - `energy` number, double, nullable — Energy damage lost per meter. - `distortion` number, double, nullable — Distortion damage lost per meter. - `thermal` number, double, nullable — Thermal damage lost per meter. - `biochemical` number, double, nullable — Biochemical damage lost per meter. - `stun` number, double, nullable — Stun damage lost per meter. - `total` number, double, nullable — Sum of all damage drop rates. - `damage_drop_min_damage` object, nullable — Floor damage values that the projectile never drops below regardless of distance. - `physical` number, double, nullable — Minimum physical damage floor. - `energy` number, double, nullable — Minimum energy damage floor. - `distortion` number, double, nullable — Minimum distortion damage floor. - `thermal` number, double, nullable — Minimum thermal damage floor. - `biochemical` number, double, nullable — Minimum biochemical damage floor. - `stun` number, double, nullable — Minimum stun damage floor. - `total` number, double, nullable — Sum of all minimum damage floors. - `bullet_impulse_falloff` object, nullable — How impact force (impulse) diminishes with distance. - `min_distance` number, double, nullable — Distance in meters before impulse falloff begins. - `drop_falloff` number, double, nullable — Impulse reduction rate per meter after min distance. - `max_falloff` number, double, nullable — Maximum impulse reduction fraction (0-1). - `bullet_electron` object, nullable — Electron chain parameters for weapons that arc between targets. - `jump_range` number, double, nullable — Maximum range of each electron jump in meters. - `maximum_jumps` integer, nullable — Maximum number of chain jumps to additional targets. - `residual_charge_multiplier` number, double, nullable — Damage multiplier for each subsequent jump. - `conversion_rate` integer, nullable — Cargo volume consumed per round in microSCU. - `damage_falloffs` object, nullable — Deprecated: Use damage_drop* data. - `min_distance` AmmunitionDamageFalloff — Legacy damage falloff entry grouped by type. Deprecated in favour of the damage_drop_* fields. - `Physical` number, double, nullable - `Energy` number, double, nullable - `Distortion` number, double, nullable - `Thermal` number, double, nullable - `Biochemical` number, double, nullable - `Stun` number, double, nullable - `per_meter` AmmunitionDamageFalloff — Legacy damage falloff entry grouped by type. Deprecated in favour of the damage_drop_* fields. - `Physical` number, double, nullable - `Energy` number, double, nullable - `Distortion` number, double, nullable - `Thermal` number, double, nullable - `Biochemical` number, double, nullable - `Stun` number, double, nullable - `min_damage` AmmunitionDamageFalloff — Legacy damage falloff entry grouped by type. Deprecated in favour of the damage_drop_* fields. - `Physical` number, double, nullable - `Energy` number, double, nullable - `Distortion` number, double, nullable - `Thermal` number, double, nullable - `Biochemical` number, double, nullable - `Stun` number, double, nullable - `piercability` object, nullable — Deprecated: use damage_falloff_level_* and max_penetration_thickness when present. - `temperature_resistance` TemperatureResistance — Temperature resistance range shared by clothing and armor. - `min` number, double, nullable — Minimum temperature supported. - `max` number, double, nullable — Maximum temperature supported. - `minimum` number, double, nullable — Deprecated: Use min. - `maximum` number, double, nullable — Deprecated: Use max. - `radiation_resistance` RadiationResistance — Radiation resistance values used by clothing and armor. - `maximum_radiation_capacity` number, double, nullable — Maximum radiation capacity. - `radiation_dissipation_rate` number, double, nullable — Radiation dissipation rate. - `gforce_resistance` number, double, nullable — G-force tolerance modifier. Positive values increase tolerance, negative values reduce it. 0 = neutral. - `armor` VehicleArmor — Armor characteristics for ship and vehicle hull plating. Signal multipliers affect detectability (values < 1.0 reduce signature for stealth, > 1.0 increase signature). Damage multipliers determine resistance to damage types (lower values = more resistant). - `uuid` string, nullable — Armor item UUID. - `health` number, double, nullable — Armor health points from Durability system. - `signal_infrared` number, double, nullable — Deprecated: Use signal_multiplier.infrared instead. Infrared signature multiplier. Lower values make the ship harder to detect via heat signature. - `signal_electromagnetic` number, double, nullable — Deprecated: Use signal_multiplier.electromagnetic instead. Electromagnetic signature multiplier. Lower values provide better EM stealth. - `signal_cross_section` number, double, nullable — Deprecated: Use signal_multiplier.cross_section instead. Radar cross-section multiplier. Affects radar detectability. - `damage_physical` number, double, nullable — Deprecated: Use damage_multiplier.physical instead. Physical damage multiplier. Typically 0.62, providing 38% damage reduction. - `damage_energy` number, double, nullable — Deprecated: Use damage_multiplier.energy instead. Energy weapon damage multiplier. Values around 1.0 are neutral. - `damage_distortion` number, double, nullable — Deprecated: Use damage_multiplier.distortion instead. Distortion damage multiplier. Typically around 1.0. - `damage_thermal` number, double, nullable — Deprecated: Use damage_multiplier.thermal instead. Thermal damage multiplier. Typically 1.0 (neutral, no resistance). - `damage_biochemical` number, double, nullable — Deprecated: Use damage_multiplier.biochemical instead. Biochemical damage multiplier. Typically 1.0 (neutral, no resistance). - `damage_stun` number, double, nullable — Deprecated: Use damage_multiplier.stun instead. Stun damage multiplier. Typically 0 (complete immunity to stun). - `signal_multiplier` object, nullable — Grouped signal multipliers affecting detectability. Replacement for individual signal_* fields. - `cross_section` number, double, nullable — Radar cross-section multiplier. - `cross_section_change` number, double, nullable — Cross-section change from baseline (multiplier - 1). Negative values indicate reduction. - `infrared` number, double, nullable — Infrared signature multiplier. Lower values reduce heat detectability. - `infrared_change` number, double, nullable — Infrared change from baseline (multiplier - 1). - `electromagnetic` number, double, nullable — Electromagnetic signature multiplier. Lower values improve EM stealth. - `electromagnetic_change` number, double, nullable — EM change from baseline (multiplier - 1). - `damage_multiplier` object, nullable — Grouped damage multipliers determining armor resistance. Lower values = more resistant. Replacement for individual damage_* fields. - `physical` number, double, nullable — Physical damage multiplier. Typical value 0.62 (38% reduction). - `physical_change` number, double, nullable — Physical resistance change from neutral (multiplier - 1). Negative = more resistant. - `energy` number, double, nullable — Energy damage multiplier. - `energy_change` number, double, nullable — Energy resistance change from neutral. - `distortion` number, double, nullable — Distortion damage multiplier. - `distortion_change` number, double, nullable — Distortion resistance change from neutral. - `thermal` number, double, nullable — Thermal damage multiplier. - `thermal_change` number, double, nullable — Thermal resistance change from neutral. - `biochemical` number, double, nullable — Biochemical damage multiplier. - `biochemical_change` number, double, nullable — Biochemical resistance change from neutral. - `stun` number, double, nullable — Stun damage multiplier. 0 = complete immunity. - `stun_change` number, double, nullable — Stun resistance change from neutral. - `resistance_multiplier` object, nullable — Durability-based resistance multipliers from stdItem.Durability.Resistance system. - `physical` number, double, nullable — Physical resistance multiplier from Durability. - `physical_change` number, double, nullable — Physical resistance change from neutral (multiplier - 1). - `energy` number, double, nullable — Energy resistance multiplier from Durability. - `energy_change` number, double, nullable — Energy resistance change from neutral (multiplier - 1). - `distortion` number, double, nullable — Distortion resistance multiplier from Durability. - `distortion_change` number, double, nullable — Distortion resistance change from neutral (multiplier - 1). - `thermal` number, double, nullable — Thermal resistance multiplier from Durability. - `thermal_change` number, double, nullable — Thermal resistance change from neutral (multiplier - 1). - `biochemical` number, double, nullable — Biochemical resistance multiplier from Durability. - `biochemical_change` number, double, nullable — Biochemical resistance change from neutral (multiplier - 1). - `stun` number, double, nullable — Stun resistance multiplier from Durability. - `stun_change` number, double, nullable — Stun resistance change from neutral (multiplier - 1). - `deflection` object, nullable — Deflection values determining how well armor deflects incoming rounds by type. - `physical` number, double, nullable — Physical deflection value. - `energy` number, double, nullable — Energy deflection value. - `distortion` number, double, nullable — Distortion deflection value. - `thermal` number, double, nullable — Thermal deflection value. - `biochemical` number, double, nullable — Biochemical deflection value. - `stun` number, double, nullable — Stun deflection value. - `penetration_resistance` object, nullable — Penetration resistance values determining how well armor resists armor-piercing rounds. - `base` number, double, nullable — Base penetration resistance value. - `physical` number, double, nullable — Physical penetration resistance. - `energy` number, double, nullable — Energy penetration resistance. - `distortion` number, double, nullable — Distortion penetration resistance. - `thermal` number, double, nullable — Thermal penetration resistance. - `biochemical` number, double, nullable — Biochemical penetration resistance. - `stun` number, double, nullable — Stun penetration resistance. - `cooler` Cooler — Ship cooler specifications including heat dissipation capacity, signature suppression factors, and coolant segment generation. - `cooling_rate` number, double, nullable — Maximum heat removal capacity (heat units per second). Higher numbers indicate stronger cooling performance. Size 1 military coolers like the Aegis Glacier are around 290,000 while heavy industrial units reach into the tens of millions. - `suppression_ir_factor` number, double, nullable — Infrared signature multiplier applied while the cooler is operating. Values below 1.0 lower IR output; most production coolers use 0.1 (90% reduction). - `suppression_heat_factor` number, double, nullable — Overall heat signature multiplier contributed by the cooler. Commonly 0.1, indicating a significant reduction in emitted heat. - `coolant_segment_generation` number, double, nullable — Coolant segment generation rate from resource network. Use this for actual cooling segment generation. - `flight_controller` FlightController — IFCS (flight controller) performance data sourced from in-game item files. - `scm_speed` number, double, nullable — Space Combat Maneuvering (cruise) speed in meters per second. - `boost_speed_forward` number, double, nullable — Forward boost speed cap in m/s. - `boost_speed_backward` number, double, nullable — Reverse boost speed cap in m/s. - `max_speed` number, double, nullable — Absolute flight envelope speed cap in m/s. - `pitch` number, double, nullable — Maximum pitch rate in degrees per second. - `yaw` number, double, nullable — Maximum yaw rate in degrees per second. - `roll` number, double, nullable — Maximum roll rate in degrees per second. - `pitch_boosted` integer — Derived boosted pitch rate (rounded): pitch * boost_multiplier.pitch (defaults to 1 if missing). - `yaw_boosted` integer — Derived boosted yaw rate (rounded): yaw * boost_multiplier.yaw (defaults to 1 if missing). - `roll_boosted` integer — Derived boosted roll rate (rounded): roll * boost_multiplier.roll (defaults to 1 if missing). - `boost_capacitor` FlightControllerBoostCapacitor — Afterburner (boost) capacitor configuration and regeneration settings. - `capacity` number, double, nullable — Total afterburner fuel pool. Combined with cost rates, determines total boost time available before depletion. - `threshold_ratio` number, double, nullable — Minimum capacitor fraction required to engage afterburner (0-1). - `idle_cost` number, double, nullable — Capacitor drain per second while afterburner is armed but not thrusting. - `linear_cost` number, double, nullable — Capacitor drain per second for linear afterburner thrust. - `angular_cost` number, double, nullable — Capacitor drain per second for angular afterburner thrust. - `regen_per_sec` number, double, nullable — Capacitor regeneration rate per second. - `regen_delay` number, double, nullable — Seconds of delay after disengaging before capacitor regen resumes. - `regen_time` number, double, nullable — Seconds required to fully regenerate the capacitor from empty (if provided by data). - `boost_activation` FlightControllerBoostActivation — Afterburner (boost) activation timings. - `pre_delay_time` number, double, nullable — Seconds of delay before afterburner thrust begins once activated. - `ramp_up_time` number, double, nullable — Seconds to reach full afterburner output. - `ramp_down_time` number, double, nullable — Seconds to decay from afterburner to normal thrust. - `thruster_decay` FlightControllerThrusterDecay — Decay rates applied to acceleration. - `linear_accel` number, double, nullable — Decay rate applied to linear acceleration over time. - `angular_accel` number, double, nullable — Decay rate applied to angular acceleration; higher values slow rotational response. - `multiplier` FlightControllerMultiplier — Flight model multipliers sourced from IFCS. - `torque_imbalance` number, double, nullable — Multiplier applied when torque imbalance is detected to stabilize rotation. - `lift` number, double, nullable — Vertical thrust multiplier affecting VTOL and hover authority. Higher values increase upward thrust strength. - `drag` number, double, nullable — Drag multiplier scaling atmospheric drag calculations. - `scm_max_drag` number, double, nullable — Drag multiplier applied specifically while in SCM flight. - `precision_landing` number, double, nullable — Multiplier applied to maneuvering inputs during precision landing to soften responses. - `boost_multiplier` FlightControllerBoostMultiplier — Afterburner (boost) multipliers applied to acceleration and angular rates. - `accel_x` FlightControllerSignedAxisMultiplier — Positive/negative multipliers for a single axis. - `positive` number, double, nullable — Multiplier for positive thrust on this axis. - `negative` number, double, nullable — Multiplier for negative thrust on this axis. - `accel_y` FlightControllerSignedAxisMultiplier — Positive/negative multipliers for a single axis. - `positive` number, double, nullable — Multiplier for positive thrust on this axis. - `negative` number, double, nullable — Multiplier for negative thrust on this axis. - `accel_z` FlightControllerSignedAxisMultiplier — Positive/negative multipliers for a single axis. - `positive` number, double, nullable — Multiplier for positive thrust on this axis. - `negative` number, double, nullable — Multiplier for negative thrust on this axis. - `pitch` number, double, nullable — Angular rate multiplier for pitch. - `yaw` number, double, nullable — Angular rate multiplier for yaw. - `roll` number, double, nullable — Angular rate multiplier for roll. - `pitch_accel` number, double, nullable — Angular acceleration multiplier for pitch. - `yaw_accel` number, double, nullable — Angular acceleration multiplier for yaw. - `roll_accel` number, double, nullable — Angular acceleration multiplier for roll. - `precision_mode` FlightControllerPrecisionMode — Precision mode speed caps and distance thresholds. - `max_speed_full_proximity_assist` number, double, nullable — Precision mode max speed (m/s) with full proximity assist enabled. - `max_speed_zero_proximity_assist` number, double, nullable — Precision mode max speed (m/s) when proximity assist is disabled. - `min_distance` number, double, nullable — Minimum distance in meters where precision landing assist calculations begin. - `max_distance` number, double, nullable — Maximum distance in meters where precision landing assist calculations apply. - `recall_params` FlightControllerRecallParams — Automated ship recall approach parameters used by docking AI. Can be null if all values are null. - `hover_height_at_destination` number, double, nullable — Target hover height in meters when arriving at the recall destination. - `forward_offset` number, double, nullable — Forward offset in meters from the destination point where the ship stages before final landing. - `obstruction_detection_range` number, double, nullable — Range in meters to scan for obstacles while recalling. - `default_platform_detection_range` number, double, nullable — Detection radius in meters to locate a viable landing platform. - `minimum_recall_distance` number, double, nullable — Minimum distance in meters from the player before recall engages. - `braking_distance_offset` number, double, nullable — Extra buffer distance in meters used to start braking during recall approach. - `collision_detection` FlightControllerCollisionDetection — Collision warning thresholds calculated by IFCS. Can be null if all values are null. - `collision_warn_speed` number, double, nullable — Relative speed in m/s that triggers a collision warning. - `collision_warn_time` number, double, nullable — Seconds until projected impact when general collision warning fires. - `collision_danger_close_warn_time` number, double, nullable — Seconds until impact for the urgent/danger-close warning stage. - `gravlev` FlightControllerGravlev — Gravlev-related flight controller settings. - `max_speed` number, double, nullable — Maximum gravlev hover speed. - `turn_friction` number, double, nullable — Turning friction factor for gravlev. - `air_controller_multiplier` number, double, nullable — Multiplier for air control when using gravlev. - `anti_fall_multiplier` number, double, nullable — Multiplier used to counteract falling behaviour. - `lateral_strafe_multiplier` number, double, nullable — Multiplier for lateral strafing while in gravlev mode. - `no_fuel_params` FlightNoFuelParams — Flight parameters applied when the ship has no fuel. These modifiers scale down acceleration and velocity when fuel tanks are empty. - `linear_acceleration_modifier` number, nullable — Multiplier applied to linear acceleration when out of fuel. - `angular_acceleration_modifier` number, nullable — Multiplier applied to angular acceleration when out of fuel. - `angular_velocity_modifier` number, nullable — Multiplier applied to angular velocity when out of fuel. - `legacy_max_speed` number, nullable — Maximum speed in m/s when out of fuel (legacy mode). - `fuel_tank` FuelTank — Fuel and quantum fuel tank characteristics. - `fill_rate` number, double, nullable — Maximum generation/refill rate in standard resource units per second. - `drain_rate` number, double, nullable — Maximum consumption/usage rate in standard resource units per second. - `capacity` number, double, nullable — Maximum fuel capacity in standard resource units. - `discharge_rate` number, double, nullable — Deprecated: No longer meaningful. - `fuel_intake` FuelIntake — Fuel intake flow rates sourced from stdItem.FuelIntake. - `fuel_push_rate` number, double, nullable — Fuel push rate into the fuel tanks. A value of 0 means no active push capability. - `minimum_rate` number, double, nullable — Minimum fuel collection rate. - `hacking_chip` HackingChip — Cryptokey / hacking chip stats pulled from in-game item definitions. Controls charge count, hack duration scaling, failure risk, and access gating tags applied during missions. - `max_charges` integer, nullable — Number of uses before the chip depletes. - `duration_multiplier` number, double, nullable — Multiplier applied to the base hack duration. Values below 1.0 speed the hack up; values above 1.0 slow it down. Example 0.5 halves the required time. - `error_chance` number, double, nullable — Probability (0-1) that a hack attempt fails or produces an error. Higher values indicate more risk. Example 0.9 = 90% error chance. - `access_tag` string, nullable — Gameplay access tag required/assigned when the chip is used (e.g., MissionQuestItem to mark mission-only keys). - `mining_laser` MiningLaser — Mining laser specifications sourced from stdItem.MiningLaser. Includes power band, ranges, extraction throughput, throttle handling, modifiers, and module slots. Legacy v2 fields are still returned for backward compatibility (marked deprecated). - `laser_power` MiningLaserPowerBand — Minimum/maximum laser power values as provided by stdItem.MiningLaser. - `min` number, double, nullable — Minimum power transfer (MinPowerTransfer). - `max` number, double, nullable — Maximum power transfer (PowerTransfer). - `minimum` number, double, nullable — Deprecated: Use min. - `maximum` number, double, nullable — Deprecated: Use max. - `modifiers` MiningLaserModifier[] — Deprecated: Use modifier_map. List of non-null gameplay modifiers derived from stdItem.MiningLaser.Modifiers. - `name` string — Internal modifier key. - `display_name` string — Human-readable name derived from the key. - `value` number, double — Numeric modifier value (percentage points where applicable). - `module_slots` integer, nullable — Number of mining module/consumable slots (ModuleSlots). - `throttle_lerp_speed` number, double, nullable — How quickly the throttle responds to input changes. - `throttle_minimum` number, double, nullable — Minimum throttle value when firing. - `power_transfer` number, double, nullable — Deprecated. Use `laser_power.maximum`. - `mining_laser_power` string, nullable — Deprecated. Use `laser_power.minimum` and `laser_power.maximum` (this is a formatted string range). - `modifier_map` object — Key-value map of mining laser modifier names to their numeric values. - `extraction_laser_power` string, nullable — Deprecated. Prefer `extraction_throughput` when available (this value is taken from description text). - `optimal_range` number, double, nullable — Optimal mining distance in meters (OptimalRange). - `maximum_range` number, double, nullable — Maximum effective range in meters (MaximumRange). - `extraction_throughput` number, double, nullable — Rate at which ore is extracted from the target. - `collection_point_radius` number, double, nullable — Radius of the mining beam at the collection point. - `mining_module` MiningModule — Deprecated: Use mining_modifier instead. - `type` string, nullable - `module_type` string, nullable - `usage` object, nullable — Usability details sourced from Item.stdItem.MiningModule (charges/lifetime) and Item.stdItem.DescriptionData (uses/duration). - `charges` integer, nullable — Total activations provided by the module. - `lifetime_seconds` number, double, nullable — Lifetime in seconds a module remains effective once installed. - `uses` integer, nullable — Number of activations before a consumable expires. Observed range: 3-10. - `duration_seconds` number, double, nullable — Active duration per use in seconds. Observed range: 15-60. - `charges` integer, nullable — Deprecated: use usage.charges. - `lifetime_seconds` number, double, nullable — Deprecated: use usage.lifetime_seconds. - `uses` integer, nullable — Deprecated: use usage.uses. - `duration_seconds` number, double, nullable — Deprecated: use usage.duration_seconds. - `modifiers` object, nullable — Gameplay-impacting modifiers applied while the module is active or installed. - `mining_laser_power_percent` number, double, nullable — Multiplicative change to mining laser power. 150 boosts power by 50%; 85 lowers by 15%. - `extraction_laser_power_percent` number, double, nullable — Multiplier on extraction beam power. Lower values mean slower extraction but often reduce inert material. - `optimal_charge_window_percent` number, double, nullable — Change to the size of the optimal (green) window. Positive widens, negative shrinks. Range seen: -10 to +40. - `optimal_charge_rate_percent` number, double, nullable — Change to the ideal charge rate speed. Higher values speed charging; negatives slow it. Range seen: -20 to +60. - `all_charge_rates_percent` number, double, nullable — Flat multiplier to all charge-rate bands when present. Range seen: +5 to +24. - `inert_material_modifier_percent` number, double, nullable — Reduction to inert material collected. Positive values in data mean less inert material (e.g., 6, 24). - `resistance_percent` number, double, nullable — Change to deposit resistance (hardness). Positive makes rock more resistant; negative softens. Range seen: -24.8 to +15.5. - `instability_percent` number, double, nullable — Change to laser instability. Negative stabilizes, positive increases jitter. Range seen: -20 to +10. - `shatter_damage_percent` number, double, nullable — Change to damage taken when the rock shatters. Negative reduces hazard; positive increases. Range seen: -30 to +40. - `overcharge_rate_percent` number, double, nullable — Change to catastrophic/overcharge rate. Negative lowers risk, positive increases. Range seen: -80 to +60. - `cluster_factor` number, double, nullable — Scaling applied to cluster-related calculations for fracture/extraction when present. - `damage_multiplier` number, double, nullable — General damage multiplier used by modules. Observed range: 0.85-1.50. - `mining_modifier` MiningModifier — Mining module/gadget specification sourced from stdItem.MiningModule. Includes type, charge/duration metadata, an optional power modifier, and a legacy modifier map. - `type` string, nullable — Modifier type (from MiningModule.Type). - `item_type` 'Gadget' | 'Module', nullable — Derived from classification: `Gadget` when classification is `Mining.Gadget`, otherwise `Module`. - `charges` integer, nullable — Remaining charges (MiningModule.Charges). `null` when the source value is -1 (unlimited). - `duration` number, double, nullable — Lifetime/duration in seconds (MiningModule.Lifetime). - `power_modifier` union — Power modifier value from Modifiers.DamageMultiplierChange. Returned as-is from the source data. - number, double - string - `modifier_map` MiningModifierMap — Map of modifier keys to values. - `mining_gadget` MiningModule — Deprecated: Use mining_modifier instead. - `type` string, nullable - `module_type` string, nullable - `usage` object, nullable — Usability details sourced from Item.stdItem.MiningModule (charges/lifetime) and Item.stdItem.DescriptionData (uses/duration). - `charges` integer, nullable — Total activations provided by the module. - `lifetime_seconds` number, double, nullable — Lifetime in seconds a module remains effective once installed. - `uses` integer, nullable — Number of activations before a consumable expires. Observed range: 3-10. - `duration_seconds` number, double, nullable — Active duration per use in seconds. Observed range: 15-60. - `charges` integer, nullable — Deprecated: use usage.charges. - `lifetime_seconds` number, double, nullable — Deprecated: use usage.lifetime_seconds. - `uses` integer, nullable — Deprecated: use usage.uses. - `duration_seconds` number, double, nullable — Deprecated: use usage.duration_seconds. - `modifiers` object, nullable — Gameplay-impacting modifiers applied while the module is active or installed. - `mining_laser_power_percent` number, double, nullable — Multiplicative change to mining laser power. 150 boosts power by 50%; 85 lowers by 15%. - `extraction_laser_power_percent` number, double, nullable — Multiplier on extraction beam power. Lower values mean slower extraction but often reduce inert material. - `optimal_charge_window_percent` number, double, nullable — Change to the size of the optimal (green) window. Positive widens, negative shrinks. Range seen: -10 to +40. - `optimal_charge_rate_percent` number, double, nullable — Change to the ideal charge rate speed. Higher values speed charging; negatives slow it. Range seen: -20 to +60. - `all_charge_rates_percent` number, double, nullable — Flat multiplier to all charge-rate bands when present. Range seen: +5 to +24. - `inert_material_modifier_percent` number, double, nullable — Reduction to inert material collected. Positive values in data mean less inert material (e.g., 6, 24). - `resistance_percent` number, double, nullable — Change to deposit resistance (hardness). Positive makes rock more resistant; negative softens. Range seen: -24.8 to +15.5. - `instability_percent` number, double, nullable — Change to laser instability. Negative stabilizes, positive increases jitter. Range seen: -20 to +10. - `shatter_damage_percent` number, double, nullable — Change to damage taken when the rock shatters. Negative reduces hazard; positive increases. Range seen: -30 to +40. - `overcharge_rate_percent` number, double, nullable — Change to catastrophic/overcharge rate. Negative lowers risk, positive increases. Range seen: -80 to +60. - `cluster_factor` number, double, nullable — Scaling applied to cluster-related calculations for fracture/extraction when present. - `damage_multiplier` number, double, nullable — General damage multiplier used by modules. Observed range: 0.85-1.50. - `quantum_drive` QuantumDrive — Quantum drive performance taken from stdItem.QuantumDrive in game data, including fuel usage, jump ranges, thermal draw, jump profiles, and derived mode listings. - `quantum_fuel_requirement` number, double, nullable — Total quantum fuel consumed to complete a spool (QuantumFuelRequirement). - `fuel_rate` number, double, nullable — Continuous quantum fuel burn per meter travelled (FuelRate). - `jump_range` number, double, nullable — Maximum permitted quantum jump distance in meters (JumpRange). - `jump_range_formatted` string, nullable — Jump range formatted as human-readable distance (e.g. "~56 GM"). Null when jump_range is null. - `disconnect_range` number, double, nullable — Automatic disengage distance when approaching destination in meters (DisconnectRange). - `disconnect_range_formatted` string, nullable — Disconnect range formatted as human-readable distance (e.g. "35 km"). Null when disconnect_range is null. - `thermal_energy_draw` QuantumDriveThermalEnergyDraw — Thermal energy draw (heat units/s) for each quantum travel phase. - `pre_ramp_up` number, double, nullable - `ramp_up` number, double, nullable - `in_flight` number, double, nullable - `ramp_down` number, double, nullable - `post_ramp_down` number, double, nullable - `standard_jump` QuantumDriveJumpProfile — Jump profile settings for quantum travel modes (StandardJump/SplineJump). Values mirror stdItem.QuantumDrive.[StandardJump|SplineJump] in game data. - `drive_speed` number, double, nullable — Max cruise velocity for the jump profile (m/s). Standard jumps range ~138,000,000-876,000,000; spline jumps ~400,000-500,000. - `cooldown_time` number, double, nullable — Cooldown after exit in seconds; dataset ranges 0-92.07. - `stage_one_accel_rate` number, double, nullable — Initial acceleration phase (m/s²). Standard ~1.75M; spline as low as 250. - `stage_two_accel_rate` number, double, nullable — Secondary acceleration phase (m/s²). Standard up to 11,000,000; spline around 50,000. - `engage_speed` number, double, nullable — Minimum ship speed to engage QT (m/s). - `interdiction_effect_time` number, double, nullable — Duration of interdiction effect (seconds). - `calibration_rate` number, double, nullable — Calibration progress per second. - `min_calibration_requirement` number, double, nullable — Minimum calibration distance gate. - `max_calibration_requirement` number, double, nullable — Maximum calibration distance gate. - `calibration_process_angle_limit` number, double, nullable — Angular tolerance during calibration (degrees). - `calibration_warning_angle_limit` number, double, nullable — Warning threshold for calibration cone (degrees). - `calibration_delay_in_seconds` number, double, nullable — Delay applied before calibration proceeds (seconds). - `spool_up_time` number, double, nullable — Time to spool from idle to ready (seconds). - `drive_speed_formatted` string, nullable — Drive speed formatted for display (e.g. "165 Mm/s", "400 km/s"). Null when drive_speed is null. - `stage_one_accel_rate_formatted` string, nullable — Stage one acceleration formatted for display (e.g. "5.0 Mm/s²"). Null when stage_one_accel_rate is null. - `stage_two_accel_rate_formatted` string, nullable — Stage two acceleration formatted for display (e.g. "15 Mm/s²"). Null when stage_two_accel_rate is null. - `engage_speed_formatted` string, nullable — Engage speed formatted for display (e.g. "1.5 km/s"). Null when engage_speed is null. - `spline_jump` QuantumDriveJumpProfile — Jump profile settings for quantum travel modes (StandardJump/SplineJump). Values mirror stdItem.QuantumDrive.[StandardJump|SplineJump] in game data. - `drive_speed` number, double, nullable — Max cruise velocity for the jump profile (m/s). Standard jumps range ~138,000,000-876,000,000; spline jumps ~400,000-500,000. - `cooldown_time` number, double, nullable — Cooldown after exit in seconds; dataset ranges 0-92.07. - `stage_one_accel_rate` number, double, nullable — Initial acceleration phase (m/s²). Standard ~1.75M; spline as low as 250. - `stage_two_accel_rate` number, double, nullable — Secondary acceleration phase (m/s²). Standard up to 11,000,000; spline around 50,000. - `engage_speed` number, double, nullable — Minimum ship speed to engage QT (m/s). - `interdiction_effect_time` number, double, nullable — Duration of interdiction effect (seconds). - `calibration_rate` number, double, nullable — Calibration progress per second. - `min_calibration_requirement` number, double, nullable — Minimum calibration distance gate. - `max_calibration_requirement` number, double, nullable — Maximum calibration distance gate. - `calibration_process_angle_limit` number, double, nullable — Angular tolerance during calibration (degrees). - `calibration_warning_angle_limit` number, double, nullable — Warning threshold for calibration cone (degrees). - `calibration_delay_in_seconds` number, double, nullable — Delay applied before calibration proceeds (seconds). - `spool_up_time` number, double, nullable — Time to spool from idle to ready (seconds). - `drive_speed_formatted` string, nullable — Drive speed formatted for display (e.g. "165 Mm/s", "400 km/s"). Null when drive_speed is null. - `stage_one_accel_rate_formatted` string, nullable — Stage one acceleration formatted for display (e.g. "5.0 Mm/s²"). Null when stage_one_accel_rate is null. - `stage_two_accel_rate_formatted` string, nullable — Stage two acceleration formatted for display (e.g. "15 Mm/s²"). Null when stage_two_accel_rate is null. - `engage_speed_formatted` string, nullable — Engage speed formatted for display (e.g. "1.5 km/s"). Null when engage_speed is null. - `modes` QuantumDriveJumpProfile[] — List of jump profiles with an explicit mode identifier. - `drive_speed` number, double, nullable — Max cruise velocity for the jump profile (m/s). Standard jumps range ~138,000,000-876,000,000; spline jumps ~400,000-500,000. - `cooldown_time` number, double, nullable — Cooldown after exit in seconds; dataset ranges 0-92.07. - `stage_one_accel_rate` number, double, nullable — Initial acceleration phase (m/s²). Standard ~1.75M; spline as low as 250. - `stage_two_accel_rate` number, double, nullable — Secondary acceleration phase (m/s²). Standard up to 11,000,000; spline around 50,000. - `engage_speed` number, double, nullable — Minimum ship speed to engage QT (m/s). - `interdiction_effect_time` number, double, nullable — Duration of interdiction effect (seconds). - `calibration_rate` number, double, nullable — Calibration progress per second. - `min_calibration_requirement` number, double, nullable — Minimum calibration distance gate. - `max_calibration_requirement` number, double, nullable — Maximum calibration distance gate. - `calibration_process_angle_limit` number, double, nullable — Angular tolerance during calibration (degrees). - `calibration_warning_angle_limit` number, double, nullable — Warning threshold for calibration cone (degrees). - `calibration_delay_in_seconds` number, double, nullable — Delay applied before calibration proceeds (seconds). - `spool_up_time` number, double, nullable — Time to spool from idle to ready (seconds). - `drive_speed_formatted` string, nullable — Drive speed formatted for display (e.g. "165 Mm/s", "400 km/s"). Null when drive_speed is null. - `stage_one_accel_rate_formatted` string, nullable — Stage one acceleration formatted for display (e.g. "5.0 Mm/s²"). Null when stage_one_accel_rate is null. - `stage_two_accel_rate_formatted` string, nullable — Stage two acceleration formatted for display (e.g. "15 Mm/s²"). Null when stage_two_accel_rate is null. - `engage_speed_formatted` string, nullable — Engage speed formatted for display (e.g. "1.5 km/s"). Null when engage_speed is null. - `fuel_consumption_scu_per_gm` number, double, nullable — Fuel consumption in SCU per GM (FuelConsumptionSCUPerGM). - `fuel_efficiency` number, double, nullable — Fuel efficiency in GM per SCU (FuelEfficiencyGMPerSCU). - `travel_time_10gm` QuantumDriveTravelTime10gm — Travel time for a 10GM reference distance as provided by the source data. - `seconds` number, double, nullable — Travel time in seconds. - `formatted` string, nullable — Formatted travel time string. - `quantum_interdiction_generator` QuantumInterdictionGenerator — Interdiction and jamming stats including power budget, jamming field, and pulse burst data. - `power_fractions` QuantumInterdictionGeneratorPowerFractions — Fractions of the generator total power budget reserved for base/idle, pulse, and jammer phases. - `base` number, double, nullable — Power fraction allocated to base idle operation. - `pulse` number, double, nullable — Power fraction allocated to pulse operations. - `jammer` number, double, nullable — Power fraction allocated to jammer operations. - `jamming` QuantumInterdictionGeneratorJamming — Continuous interdiction field used to yank ships out of quantum travel. - `range` number, double, nullable — Effective jamming radius in meters. - `max_power_draw` number, double, nullable — Peak power draw while the jammer is active. - `green_zone_check_range` number, double, nullable — Safety buffer around restricted areas. - `pulse` QuantumInterdictionGeneratorPulse — Quantum interdiction pulse (QIP) burst stats. - `charge_time` number, double, nullable — Seconds to charge the pulse. - `discharge_time` number, double, nullable — Duration of the active pulse. - `cooldown_time` number, double, nullable — Cooldown before the next charge cycle. - `radius` number, double, nullable — Pulse radius in meters. - `decrease_charge_rate_time` number, double, nullable — Seconds to ramp down charging rate. - `increase_charge_rate_time` number, double, nullable — Seconds to ramp up charging rate. - `activation_phase_duration` number, double, nullable — Activation animation/FX phase length. - `disperse_charge_time` number, double, nullable — Time to disperse the pulse if cancelled. - `max_power_draw` number, double, nullable — Maximum power draw during pulse operations. - `stop_charging_power_fraction` number, double, nullable — Power fraction at which charging halts. - `max_charge_rate_power_fraction` number, double, nullable — Peak charge-rate power fraction. - `active_power_fraction` number, double, nullable — Power fraction while pulse is active. - `tethering_power_fraction` number, double, nullable — Power fraction while maintaining tether. - `green_zone_check_range` number, double, nullable — Safety buffer used for pulse firing checks. - `interdiction_range` number, double, nullable — Deprecated. Use `pulse.radius`. - `jammer_range` number, double, nullable — Deprecated. Use `jamming.range`. - `charge_duration` number, double, nullable — Deprecated. Use `pulse.charge_time`. - `activation_duration` number, double, nullable — Deprecated. Use `pulse.activation_phase_duration`. - `discharge_duration` number, double, nullable — Deprecated. Use `pulse.discharge_time`. - `cooldown_duration` number, double, nullable — Deprecated. Use `pulse.cooldown_time`. - `disperse_charge_duration` number, double, nullable — Deprecated. Use `pulse.disperse_charge_time`. - `self_destruct` SelfDestruct — Self-destruct charge parameters. - `damage` number, double, nullable — Peak blast damage at the center of the explosion. - `radius` number, double, nullable — Maximum damage radius in meters. - `min_radius` number, double, nullable — Inner radius in meters that always receives full damage before falloff begins. - `phys_radius` number, double, nullable — Physical impact radius in meters. - `min_phys_radius` number, double, nullable — Inner physical impact radius in meters. - `time` number, double, nullable — Countdown duration in seconds before detonation once armed. - `countdown` number, double, nullable — Countdown duration in seconds before detonation. - `shield` Shield — Ship shield generator statistics covering health pool, regeneration, reserve pool behavior, recharge delays, and damage absorption/resistance. - `max_health` number, double, nullable — Total shield hit points across all faces. - `regen_rate` number, double, nullable — Maximum shield regeneration per second. - `regen_time` number, double, nullable — Shield regeneration time in seconds. - `decay_ratio` number, double, nullable — Portion of regeneration lost when shield is taking damage. - `reserve_pool` ShieldReservePool — Reserve pool behavior for shield health and regen. - `regen_rate` number, double, nullable — Reserve pool maximum regeneration rate. - `regen_time` number, double, nullable — Reserve pool regeneration time in seconds. - `initial_health_ratio` number, double, nullable — Reserve pool initial health ratio. - `max_health_ratio` number, double, nullable — Reserve pool maximum health ratio. - `regen_rate_ratio` number, double, nullable — Reserve pool regeneration rate ratio. - `drain_rate_ratio` number, double, nullable — Reserve pool drain rate ratio. - `regen_delay` ShieldRegenDelay — Delay before shield regeneration starts. - `downed` number, double, nullable — Delay after shields are fully downed. - `damage` number, double, nullable — Delay after taking damage (without being fully downed). - `electrical_charge_damage_resistance` number, double, nullable — Additional resistance to electrical charge damage. - `absorption` ShieldDamageMap — Per-damage-type values. Only types present in source data are returned. - `physical` ShieldDamageRange — Minimum/maximum absorption or resistance values for a given damage type. - `min` number, double, nullable — Minimum value. - `max` number, double, nullable — Maximum value. - `energy` ShieldDamageRange — Minimum/maximum absorption or resistance values for a given damage type. - `min` number, double, nullable — Minimum value. - `max` number, double, nullable — Maximum value. - `distortion` ShieldDamageRange — Minimum/maximum absorption or resistance values for a given damage type. - `min` number, double, nullable — Minimum value. - `max` number, double, nullable — Maximum value. - `thermal` ShieldDamageRange — Minimum/maximum absorption or resistance values for a given damage type. - `min` number, double, nullable — Minimum value. - `max` number, double, nullable — Maximum value. - `biochemical` ShieldDamageRange — Minimum/maximum absorption or resistance values for a given damage type. - `min` number, double, nullable — Minimum value. - `max` number, double, nullable — Maximum value. - `stun` ShieldDamageRange — Minimum/maximum absorption or resistance values for a given damage type. - `min` number, double, nullable — Minimum value. - `max` number, double, nullable — Maximum value. - `resistance` ShieldDamageMap — Per-damage-type values. Only types present in source data are returned. - `physical` ShieldDamageRange — Minimum/maximum absorption or resistance values for a given damage type. - `min` number, double, nullable — Minimum value. - `max` number, double, nullable — Maximum value. - `energy` ShieldDamageRange — Minimum/maximum absorption or resistance values for a given damage type. - `min` number, double, nullable — Minimum value. - `max` number, double, nullable — Maximum value. - `distortion` ShieldDamageRange — Minimum/maximum absorption or resistance values for a given damage type. - `min` number, double, nullable — Minimum value. - `max` number, double, nullable — Maximum value. - `thermal` ShieldDamageRange — Minimum/maximum absorption or resistance values for a given damage type. - `min` number, double, nullable — Minimum value. - `max` number, double, nullable — Maximum value. - `biochemical` ShieldDamageRange — Minimum/maximum absorption or resistance values for a given damage type. - `min` number, double, nullable — Minimum value. - `max` number, double, nullable — Maximum value. - `stun` ShieldDamageRange — Minimum/maximum absorption or resistance values for a given damage type. - `min` number, double, nullable — Minimum value. - `max` number, double, nullable — Maximum value. - `max_shield_health` number, double, nullable — Deprecated. Use `max_health`. - `max_shield_regen` number, double, nullable — Deprecated. Use `regen_rate`. - `shield_controller` ShieldController — Shield controller parameters. - `face_type` string, nullable — Shield face layout type. - `max_reallocation` number, double, nullable — Maximum shield reallocation fraction. - `reconfiguration_cooldown` number, double, nullable — Cooldown after shield reconfiguration in seconds. - `max_electrical_charge_damage_rate` number, double, nullable — Maximum electrical charge damage rate. - `jump_drive` JumpDrive — Jump drive alignment, tuning, and fuel efficiency stats sourced from SCItemJumpDriveParams. - `alignment_rate` number, double, nullable — Rate at which the drive aligns to a jump point. Higher values mean faster alignment. - `alignment_decay_rate` number, double, nullable — Rate at which alignment decays when not actively aligning. - `tuning_rate` number, double, nullable — Tuning speed. Higher values mean faster calibration. - `tuning_decay_rate` number, double, nullable — Rate at which tuning decays when not actively tuning. - `fuel_usage_efficiency_multiplier` number, double, nullable — Fuel efficiency multiplier. Higher values mean less fuel consumed per jump. - `thruster` Thruster — Ship thruster characteristics focused on performance, fuel efficiency, and backwash behaviour. - `performance` ThrusterPerformance - `thrust_capacity` number, double, nullable — Maximum thrust output in newtons. - `max_supported_atmospheric_efficiency` number, double, nullable — Cap for atmospheric efficiency scaling. - `min_health_thrust_multiplier` number, double, nullable — Minimum thrust fraction when the thruster is at critical health (e.g., 0.25 = 25% thrust when badly damaged). - `fuel` ThrusterFuel - `burn_rate_per_10k_newton` number, double, nullable — Fuel consumed per 10,000 newtons of thrust. - `role` string, nullable — Thruster role within the ship: Main, Maneuver, or Retro. - `vtol_only` boolean, nullable — True if the thruster only activates in VTOL mode. - `backwash` ThrusterBackwash - `enabled` boolean, nullable — Whether backwash effects are enabled. - `automate_size` boolean, nullable — Automatically size backwash based on output. - `max_speed` number, double, nullable — Max speed (m/s) at which backwash applies. - `max_density` number, double, nullable — Max atmospheric density where backwash is considered. - `max_resistance` number, double, nullable — Max resistance value for backwash interaction. - `afterburner_multiplier` number, double, nullable — Backwash intensity multiplier while afterburning. - `handling` ThrusterHandling - `strength_smoothing` number, double, nullable — Smoothing factor applied to thrust changes. - `thrust_capacity` number, double, nullable — Deprecated. Use performance.thrust_capacity. - `min_health_thrust_multiplier` number, double, nullable — Deprecated. Use performance.min_health_thrust_multiplier. - `fuel_burn_per_10k_newton` number, double, nullable — Deprecated. Use fuel.burn_rate_per_10k_newton. - `type` string, nullable — Deprecated. Use role. - `power_plant` PowerPlant — Power plant specifications including power output and segment generation from resource network. - `power_output` number, double, nullable — Power draw value. Deprecated in favor of power_segment_generation for actual output measurement. - `power_segment_generation` number, double, nullable — Power segment generation rate from the resource network. This is the primary power output metric. - `radar` Radar — Radar detection parameters including sensitivity, piercing, and aim assist. - `detection_lifetime` number, double, nullable — Deprecated legacy field. Always null in this resource output. - `altitude_ceiling` number, double, nullable — Deprecated legacy field. Always null in this resource output. - `enable_cross_section_occlusion` boolean, nullable — Deprecated legacy field. Always null in this resource output. - `cooldown` number, double, nullable — Radar ping cooldown in seconds. - `sensitivity` RadarSensitivityBlock — Per-signal sensitivity values as provided by game data. - `infrared` number, double, nullable — Infrared signature detection sensitivity. - `cross_section` number, double, nullable — Cross-section signature detection sensitivity. - `electromagnetic` number, double, nullable — Electromagnetic signature detection sensitivity. - `resource` number, double, nullable — Resource signature detection sensitivity. - `db` number, double, nullable — Decibel signature detection sensitivity. - `ground_vehicle_sensitivity` RadarSensitivityBlock — Per-signal sensitivity values as provided by game data. - `infrared` number, double, nullable — Infrared signature detection sensitivity. - `cross_section` number, double, nullable — Cross-section signature detection sensitivity. - `electromagnetic` number, double, nullable — Electromagnetic signature detection sensitivity. - `resource` number, double, nullable — Resource signature detection sensitivity. - `db` number, double, nullable — Decibel signature detection sensitivity. - `piercing` RadarSensitivityBlock — Per-signal sensitivity values as provided by game data. - `infrared` number, double, nullable — Infrared signature detection sensitivity. - `cross_section` number, double, nullable — Cross-section signature detection sensitivity. - `electromagnetic` number, double, nullable — Electromagnetic signature detection sensitivity. - `resource` number, double, nullable — Resource signature detection sensitivity. - `db` number, double, nullable — Decibel signature detection sensitivity. - `aim_assist` RadarAimAssistBlock — Aim assist range parameters as provided by game data. - `distance_min_assignment` number, double, nullable — Minimum distance for aim assist target assignment in meters. - `distance_max_assignment` number, double, nullable — Maximum distance for aim assist target assignment in meters. - `outside_range_buffer_distance` number, double, nullable — Buffer distance beyond max range in meters. - `cargo_grid` ItemInventory — Container (Inventory) of an item, resolved from SCItemInventoryContainerComponentParams - `uuid` string, nullable — Unique identifier of the referenced InventoryContainer. - `width` number, double, nullable — Interior width in meters (interiorDimensions.x). - `height` number, double, nullable — Interior height in meters (interiorDimensions.z). - `length` number, double, nullable — Interior depth in meters (interiorDimensions.y). - `volume` number, double, nullable — Interior volume in cubic meters (width * height * length). - `scu` number, double, nullable — Raw SCU capacity as set in game data. - `scu_converted` number, double, nullable — SCU capacity converted to the unit specified in the unit field (e.g. µSCU, cSCU, or SCU). - `unit` string, nullable — Unit label displayed in the UI, e.g. "µSCU" or "SCU". - `micro_scu` number, double, nullable — Capacity in µSCU. Only present when unit exponent is 0 (standard SCU). - `open` boolean, nullable — Whether this is an open container (e.g. a cargo grid). - `external` boolean, nullable — Whether this container is externally accessible (e.g. a cargo pod). - `closed` boolean, nullable — Whether this is a closed container (e.g. a locker or personal storage). - `min_size` object, nullable — Minimum item dimensions accepted by this container in meters. - `x` number, nullable — Width in meters. - `y` number, nullable — Depth in meters. - `z` number, nullable — Height in meters. - `max_size` object, nullable — Maximum item dimensions accepted by this container in meters. - `x` number, nullable — Width in meters. - `y` number, nullable — Depth in meters. - `z` number, nullable — Height in meters. - `min_scu_box` number, nullable — Smallest standard SCU box whose dimensions satisfy the min item size. Powers of two: 0.125, 1, 2, 4, 8, 16, 32. - `max_scu_box` number, nullable — Largest standard SCU box that fits within the max item size and interior dimensions. Powers of two: 0.125, 1, 2, 4, 8, 16, 32. - `clothing` union — Note: FPS armor currently also populates this key due to resource logic. Prefer returning suit_armor instead. - Clothing — DEPRECATED: Use suit_armor instead. Wearable clothing like shirts, pants, gloves, etc., little to no damage reduction capabilities. Generated from SCItemClothingParams. - `clothing_type` string, nullable — Property is set if resource is of type "clothing". Superseded by type. - `slot` string, nullable — Clothing slot derived from the item classification (e.g. Torso, Legs, Arms, Head). - `type` string, nullable — Clothing type, not actually set in the game data but derived from the item name. - `resistances` object[], nullable — Array of damage resistance entries for this clothing. Each entry includes damage type (physical, energy, distortion, thermal, biochemical, stun), damage multiplier (lower = more resistant), and damage threshold. Only damage types with defined multipliers are included. - `type` string, nullable — Damage type (physical, energy, distortion, thermal, biochemical, stun). - `multiplier` number, double, nullable — Damage multiplier for this resistance. Lower values mean more resistance. - `threshold` number, double, nullable — Damage threshold value for this resistance type. - `temp_resistance_min` number, double, nullable — Deprecated: Use temperature_resistance from root. - `temp_resistance_max` number, double, nullable — Deprecated: Use temperature_resistance from root. - `radiation_resistance` RadiationResistance — Radiation resistance values used by clothing and armor. - `maximum_radiation_capacity` number, double, nullable — Maximum radiation capacity. - `radiation_dissipation_rate` number, double, nullable — Radiation dissipation rate. - `gforce_resistance` number, double, nullable — G-force tolerance modifier from root. Positive increases tolerance, negative reduces it. - SuitArmor — Protective characteristics of FPS armor pieces (helmets, cores, arms, legs). Generated from SuitArmor data in Item.stdItem. - `slot` string, nullable — Armor slot derived from the item classification (e.g. Arms, Core, Legs, Helmet). - `armor_type` string, nullable — Deprecated legacy field. Use `slot`. - `type` string, nullable — Derived clothing/armor type from the item name and type (e.g. Jacket, Gloves, Helmet). `type` field from the deprecated clothing resource - `garment_type` string, nullable — WIP: Specific garment type parsed from the SC class_name (e.g. Apron, Jumpsuit, Vest, Trenchcoat). - `damage_resistance` SuitArmorDamageResistance — Deprecated: Use damage_resistance_map. Damage resistance values for the armor piece. - `impact` number, double, nullable - `physical` SuitArmorTypeResistance — Per-damage-type resistance entry as returned by the resource. - `type` string, nullable — Damage type identifier (lowercase). - `multiplier` number, double, nullable — Damage multiplier. Incoming damage is scaled by this value (1.0 = no resistance, <1.0 = reduced damage). - `threshold` number, double, nullable — Damage threshold before resistance applies. - `energy` SuitArmorTypeResistance — Per-damage-type resistance entry as returned by the resource. - `type` string, nullable — Damage type identifier (lowercase). - `multiplier` number, double, nullable — Damage multiplier. Incoming damage is scaled by this value (1.0 = no resistance, <1.0 = reduced damage). - `threshold` number, double, nullable — Damage threshold before resistance applies. - `distortion` SuitArmorTypeResistance — Per-damage-type resistance entry as returned by the resource. - `type` string, nullable — Damage type identifier (lowercase). - `multiplier` number, double, nullable — Damage multiplier. Incoming damage is scaled by this value (1.0 = no resistance, <1.0 = reduced damage). - `threshold` number, double, nullable — Damage threshold before resistance applies. - `thermal` SuitArmorTypeResistance — Per-damage-type resistance entry as returned by the resource. - `type` string, nullable — Damage type identifier (lowercase). - `multiplier` number, double, nullable — Damage multiplier. Incoming damage is scaled by this value (1.0 = no resistance, <1.0 = reduced damage). - `threshold` number, double, nullable — Damage threshold before resistance applies. - `biochemical` SuitArmorTypeResistance — Per-damage-type resistance entry as returned by the resource. - `type` string, nullable — Damage type identifier (lowercase). - `multiplier` number, double, nullable — Damage multiplier. Incoming damage is scaled by this value (1.0 = no resistance, <1.0 = reduced damage). - `threshold` number, double, nullable — Damage threshold before resistance applies. - `stun` SuitArmorTypeResistance — Per-damage-type resistance entry as returned by the resource. - `type` string, nullable — Damage type identifier (lowercase). - `multiplier` number, double, nullable — Damage multiplier. Incoming damage is scaled by this value (1.0 = no resistance, <1.0 = reduced damage). - `threshold` number, double, nullable — Damage threshold before resistance applies. - `damage_resistance_map` SuitArmorDamageResistanceMap — Flattened resistance values and deltas (multiplier change vs 1.0). Returned for convenience. - `impact` number, double, nullable — Impact damage multiplier. - `impact_change` number, double, nullable — Impact multiplier delta from 1.0 (negative = resistance). - `physical` number, double, nullable — Physical damage multiplier. - `physical_change` number, double, nullable — Physical multiplier delta from 1.0 (negative = resistance). - `energy` number, double, nullable — Energy damage multiplier. - `energy_change` number, double, nullable — Energy multiplier delta from 1.0 (negative = resistance). - `distortion` number, double, nullable — Distortion damage multiplier. - `distortion_change` number, double, nullable — Distortion multiplier delta from 1.0 (negative = resistance). - `thermal` number, double, nullable — Thermal damage multiplier. - `thermal_change` number, double, nullable — Thermal multiplier delta from 1.0 (negative = resistance). - `biochemical` number, double, nullable — Biochemical damage multiplier. - `biochemical_change` number, double, nullable — Biochemical multiplier delta from 1.0 (negative = resistance). - `stun` number, double, nullable — Stun damage multiplier. - `stun_change` number, double, nullable — Stun multiplier delta from 1.0 (negative = resistance). - `protected_body_parts` string[] — UUIDs of body parts covered by this armor. - `signature` SuitArmorSignature — Map of signature emission types (snake_case) to emission values. - `temp_resistance_min` number, double, nullable — Deprecated: Use temperature_resistance from root. - `temp_resistance_max` number, double, nullable — Deprecated: Use temperature_resistance from root. - `radiation_resistance` RadiationResistance — Radiation resistance values used by clothing and armor. - `maximum_radiation_capacity` number, double, nullable — Maximum radiation capacity. - `radiation_dissipation_rate` number, double, nullable — Radiation dissipation rate. - `gforce_resistance` number, double, nullable — G-force tolerance modifier from root. Positive increases tolerance, negative reduces it. - `suit_armor` SuitArmor — Protective characteristics of FPS armor pieces (helmets, cores, arms, legs). Generated from SuitArmor data in Item.stdItem. - `slot` string, nullable — Armor slot derived from the item classification (e.g. Arms, Core, Legs, Helmet). - `armor_type` string, nullable — Deprecated legacy field. Use `slot`. - `type` string, nullable — Derived clothing/armor type from the item name and type (e.g. Jacket, Gloves, Helmet). `type` field from the deprecated clothing resource - `garment_type` string, nullable — WIP: Specific garment type parsed from the SC class_name (e.g. Apron, Jumpsuit, Vest, Trenchcoat). - `damage_resistance` SuitArmorDamageResistance — Deprecated: Use damage_resistance_map. Damage resistance values for the armor piece. - `impact` number, double, nullable - `physical` SuitArmorTypeResistance — Per-damage-type resistance entry as returned by the resource. - `type` string, nullable — Damage type identifier (lowercase). - `multiplier` number, double, nullable — Damage multiplier. Incoming damage is scaled by this value (1.0 = no resistance, <1.0 = reduced damage). - `threshold` number, double, nullable — Damage threshold before resistance applies. - `energy` SuitArmorTypeResistance — Per-damage-type resistance entry as returned by the resource. - `type` string, nullable — Damage type identifier (lowercase). - `multiplier` number, double, nullable — Damage multiplier. Incoming damage is scaled by this value (1.0 = no resistance, <1.0 = reduced damage). - `threshold` number, double, nullable — Damage threshold before resistance applies. - `distortion` SuitArmorTypeResistance — Per-damage-type resistance entry as returned by the resource. - `type` string, nullable — Damage type identifier (lowercase). - `multiplier` number, double, nullable — Damage multiplier. Incoming damage is scaled by this value (1.0 = no resistance, <1.0 = reduced damage). - `threshold` number, double, nullable — Damage threshold before resistance applies. - `thermal` SuitArmorTypeResistance — Per-damage-type resistance entry as returned by the resource. - `type` string, nullable — Damage type identifier (lowercase). - `multiplier` number, double, nullable — Damage multiplier. Incoming damage is scaled by this value (1.0 = no resistance, <1.0 = reduced damage). - `threshold` number, double, nullable — Damage threshold before resistance applies. - `biochemical` SuitArmorTypeResistance — Per-damage-type resistance entry as returned by the resource. - `type` string, nullable — Damage type identifier (lowercase). - `multiplier` number, double, nullable — Damage multiplier. Incoming damage is scaled by this value (1.0 = no resistance, <1.0 = reduced damage). - `threshold` number, double, nullable — Damage threshold before resistance applies. - `stun` SuitArmorTypeResistance — Per-damage-type resistance entry as returned by the resource. - `type` string, nullable — Damage type identifier (lowercase). - `multiplier` number, double, nullable — Damage multiplier. Incoming damage is scaled by this value (1.0 = no resistance, <1.0 = reduced damage). - `threshold` number, double, nullable — Damage threshold before resistance applies. - `damage_resistance_map` SuitArmorDamageResistanceMap — Flattened resistance values and deltas (multiplier change vs 1.0). Returned for convenience. - `impact` number, double, nullable — Impact damage multiplier. - `impact_change` number, double, nullable — Impact multiplier delta from 1.0 (negative = resistance). - `physical` number, double, nullable — Physical damage multiplier. - `physical_change` number, double, nullable — Physical multiplier delta from 1.0 (negative = resistance). - `energy` number, double, nullable — Energy damage multiplier. - `energy_change` number, double, nullable — Energy multiplier delta from 1.0 (negative = resistance). - `distortion` number, double, nullable — Distortion damage multiplier. - `distortion_change` number, double, nullable — Distortion multiplier delta from 1.0 (negative = resistance). - `thermal` number, double, nullable — Thermal damage multiplier. - `thermal_change` number, double, nullable — Thermal multiplier delta from 1.0 (negative = resistance). - `biochemical` number, double, nullable — Biochemical damage multiplier. - `biochemical_change` number, double, nullable — Biochemical multiplier delta from 1.0 (negative = resistance). - `stun` number, double, nullable — Stun damage multiplier. - `stun_change` number, double, nullable — Stun multiplier delta from 1.0 (negative = resistance). - `protected_body_parts` string[] — UUIDs of body parts covered by this armor. - `signature` SuitArmorSignature — Map of signature emission types (snake_case) to emission values. - `temp_resistance_min` number, double, nullable — Deprecated: Use temperature_resistance from root. - `temp_resistance_max` number, double, nullable — Deprecated: Use temperature_resistance from root. - `radiation_resistance` RadiationResistance — Radiation resistance values used by clothing and armor. - `maximum_radiation_capacity` number, double, nullable — Maximum radiation capacity. - `radiation_dissipation_rate` number, double, nullable — Radiation dissipation rate. - `gforce_resistance` number, double, nullable — G-force tolerance modifier from root. Positive increases tolerance, negative reduces it. - `bomb` Bomb — Explosive bomb specifications including timing, blast radius, and damage characteristics. Bomb properties scale with size class (S3/S5/S10). - `arm_time` number, double, nullable — Time in seconds after release before the bomb is armed and can detonate. Scales with bomb size (0.5s for S3, 5.0s for S10). - `ignite_time` number, double, nullable — Time in seconds between arming and detonation. - `collision_delay_time` number, double, nullable — Delay in seconds before collision detection becomes active after release. - `explosion_safety_distance` number, double, nullable — Deprecated: Use explosion.safety_distance instead. Minimum safe distance in meters from the explosion. Typically 50m for all bomb sizes. - `explosion_radius_min` number, double, nullable — Deprecated: Use explosion.radius_min instead. Minimum explosion radius in meters. Scales with bomb size (40m for S3, 100m for S5, 250m for S10). - `explosion_radius_max` number, double, nullable — Deprecated: Use explosion.radius_max instead. Maximum explosion radius in meters. Typically equal to minimum radius for uniform blast. - `maximum_drop_angle` number, double, nullable — Maximum angle in degrees from level flight at which the bomb can be deployed. Typically 90 degrees. - `damage` number, double, nullable — Deprecated: use damage_total. - `damage_total` number, double, nullable — Total combined damage from all damage types. Scales dramatically with bomb size (27,000 for S3, 568,297 for S10). - `damages` WeaponDamage[], nullable — Deprecated: use damage_map. - `type` string, nullable - `name` string, nullable - `damage` number, double, nullable - `explosion` object, nullable — Grouped explosion parameters. Replacement for individual explosion_* fields. - `requires_launcher` boolean, nullable — Whether the bomb requires a launcher to deploy. - `radius_min` number, double, nullable — Minimum explosion radius in meters. Replacement for explosion_radius_min. - `radius_max` number, double, nullable — Maximum explosion radius in meters. Replacement for explosion_radius_max. - `safety_distance` number, double, nullable — Minimum safe distance in meters from the explosion. Replacement for explosion_safety_distance. - `proximity` number, double, nullable — Proximity trigger distance for detonation. - `delays` object, nullable — Grouped timing parameters for bomb arming and detonation. - `arm_time` number, double, nullable — Time in seconds after release before the bomb is armed. Same as top-level arm_time. - `ignite_time` number, double, nullable — Time in seconds between arming and detonation. Same as top-level ignite_time. - `collision_delay_time` number, double, nullable — Delay before collision detection becomes active. Same as top-level collision_delay_time. - `damage_map` object, nullable — Damage values mapped by snake_case damage type keys. Replacement for damages array. - `physical` number, double, nullable — Physical damage value. - `energy` number, double, nullable — Energy damage value. - `distortion` number, double, nullable — Distortion damage value. - `thermal` number, double, nullable — Thermal damage value. - `biochemical` number, double, nullable — Biochemical damage value. - `stun` number, double, nullable — Stun damage value. - `missile` Missile — Missile specifications sourced from stdItem.Missile. - `cluster_size` number, nullable — Deprecated. Use `explosion.cluster_size`. - `signal_type` string, nullable — Type of tracking signal used for target acquisition. - `tracking_signal_min` number, double, nullable — Minimum target signal strength required for tracking. - `lock_time` number, double, nullable — Deprecated. Use `delays.lock_time`. - `lock_range_max` number, double, nullable — Deprecated. Use `target_lock.range_max`. - `lock_range_min` number, double, nullable — Deprecated. Use `target_lock.range_min`. - `lock_angle` number, double, nullable — Deprecated. Use `target_lock.angle`. - `speed` number, double, nullable — Deprecated. Use `flight.speed`. - `fuel_tank_size` number, double, nullable — Deprecated. Use `flight.fuel_tank_size`. - `explosion_radius_min` number, double, nullable — Deprecated. Use `explosion.radius_min`. - `explosion_radius_max` number, double, nullable — Deprecated. Use `explosion.radius_max`. - `flight` MissileFlight — Missile flight performance and phase timings. - `enable_lifetime` boolean, nullable — Whether the maximum lifetime limit is enforced. - `max_lifetime` number, double, nullable — Maximum flight time in seconds before missile self-destructs. - `range` number, double, nullable — Maximum travel distance/range as provided by the source data. - `speed` number, double, nullable — Linear cruise velocity in meters per second. - `boost_speed` number, double, nullable — Initial boost phase velocity in meters per second. - `intercept_speed` number, double, nullable — Intercept phase speed in meters per second. - `terminal_speed` number, double, nullable — Terminal phase speed in meters per second. - `boost_phase_duration` number, double, nullable — Duration of the boost phase in seconds. - `terminal_phase_engagement_time` number, double, nullable — Seconds before impact when terminal phase activates. - `terminal_phase_engagement_angle` number, double, nullable — Maximum engagement angle in degrees for terminal phase. - `fuel_tank_size` number, double, nullable — Fuel capacity in arbitrary units. - `target_lock` MissileTargetLock — Target lock acquisition and countermeasure resilience parameters. - `signal_resilience_min` number, double, nullable — Minimum countermeasure resistance factor. - `signal_resilience_max` number, double, nullable — Maximum countermeasure resistance factor. - `range_max` number, double, nullable — Maximum lock acquisition range in meters. - `range_min` number, double, nullable — Minimum lock acquisition range in meters. - `angle` number, double, nullable — Maximum lock acquisition angle in degrees (cone of acquisition). - `signal_amplifier` number, double, nullable — Signal amplification factor applied during lock acquisition. - `increase_rate` number, double, nullable — Rate at which lock strength increases per second. - `allow_dumb_firing` boolean, nullable — Whether the missile can be manually fired without a target lock. - `explosion` MissileExplosion — Explosion/warhead behavior including cluster properties, radius, and proximity settings. - `is_cluster` boolean, nullable — Whether this missile splits into multiple submunitions during flight. - `cluster_size` number, nullable — Number of submunitions released when the missile splits (when applicable). - `requires_launcher` boolean, nullable — Whether the missile must be fired from a dedicated launcher/rack. - `allow_dumb_firing` boolean, nullable — Whether the missile can be fired without a lock. - `radius_min` number, double, nullable — Minimum explosion damage radius in meters. - `radius_max` number, double, nullable — Maximum explosion damage radius in meters. - `safety_distance` number, double, nullable — Minimum safe distance in meters from the explosion center. - `proximity` number, double, nullable — Proximity fuse / projectile proximity value (as provided by source data). - `delays` MissileDelays — Arming/ignition/collision and lock timing delays. - `arm_time` number, double, nullable — Time in seconds after launch before warhead arms. - `ignite_time` number, double, nullable — Delay in seconds between launch and engine ignition. - `collision_delay_time` number, double, nullable — Delay in seconds before collision detection is active after launch. - `lock_time` number, double, nullable — Time in seconds required to establish a target lock. - `damage_total` number, double, nullable — Total combined damage from all damage types. - `damages` WeaponDamage[], nullable — Deprecated. Use `damage_map`. - `type` string, nullable - `name` string, nullable - `damage` number, double, nullable - `damage_map` MissileDamageMap — Map of damage type to value. Only non-null damage types are included; null when no damage values are present. - `missile_rack` MissileRack — Missile rack capacity derived from port configuration. - `missile_count` integer, nullable — Number of missile slots on the rack, derived from port configuration. - `missile_size` integer, nullable — Maximum missile size supported (from the first port MaxSize). - `counter_measure` CounterMeasure — Counter measure launcher ammo capacity values derived from stdItem.Ammunition or raw ammo container data. - `type` string, nullable — Counter measure type from WeaponDefensive.Type (e.g., Flare, Chaff, Noise). - `signature` object, nullable — Signature values produced by the counter measure when deployed. These represent the false signature emitted to confuse tracking systems. - `infrared` number, double, nullable — Infrared signature end value emitted by the counter measure. - `cross_section` number, double, nullable — Radar cross-section signature end value emitted by the counter measure. - `electromagnetic` number, double, nullable — Electromagnetic signature end value emitted by the counter measure. - `decibel` number, double, nullable — Audio signature (decibel) end value emitted by the counter measure. - `emp` Emp — Electromagnetic pulse generator stats pulled from Item.stdItem.Emp. Values scale with generator size (S1-S4) and determine how quickly the device charges, how hard it hits shields via distortion, and how far the blast reaches. - `distortion_damage` number, double, nullable — Peak distortion damage applied at the center of the blast. Observed values: 1000 (S1), 1800-2475 (S2-S3), 2750-3300 (S4 variants). - `emp_radius` number, double, nullable — Maximum effective distortion radius in meters. Current items range from 400m (S1) up to 1100m (large ship EMPs). - `min_emp_radius` number, double, nullable — Inner radius (m) guaranteed to receive full EMP effect before falloff begins. Presently 150m-250m. - `charge_duration` number, double, nullable — Seconds required to fully charge before firing. Current game data ranges 12-26 seconds across EMP sizes. - `unleash_duration` number, double, nullable — Duration in seconds the pulse is actively released after charging completes. Values are either 0.75s (small) or 1.5s (large). - `cooldown_duration` number, double, nullable — Cooldown in seconds before charging can restart. Current data spans 6-40 seconds depending on size and variant. - `personal_weapon` PersonalWeapon — FPS weapon specification sourced from Item.stdItem.Weapon and Item.stdItem.Ammunition for WeaponPersonal items. Legacy v2 fields are preserved and marked deprecated. - `class` string, nullable — Class as provided by DescriptionData.Class. - `type` string, nullable — Type as provided by DescriptionData.Item Type. - `magazine_type` string, nullable — Deprecated: legacy field, currently returned as an empty string; do not use. - `magazine_size` integer, nullable — Deprecated: use `capacity`. - `effective_range` number, double, nullable — Deprecated: use `range`. - `capacity` integer, nullable — Weapon magazine capacity. - `range` number, double, nullable — Effective range in meters. - `damage_per_shot` number, double, nullable — Deprecated: use `damage.alpha_total` (or per-type `damage.alpha.*`) instead. - `pellets_per_shot` integer, nullable — Pellets per shot. - `rof` number, double, nullable — Deprecated: use `rpm`. - `rpm` number, double, nullable — Rounds per minute for the first fire mode. - `damages` WeaponDamageEntry[], nullable — Deprecated: legacy ammunition-derived entries. Prefer `damage` for weapon damage totals/breakdowns. - `type` string, nullable — Damage context. - `name` string, nullable — Damage type name. - `damage` number, double, nullable — Damage value. - `modes` PersonalWeaponMode[], nullable — Fire modes returned from Weapon.Modes. - `mode` string, nullable — Mode name. - `localised` string, nullable — Localized label. - `type` string, nullable — Fire type. - `rpm` number, double, nullable — Rounds per minute. - `ammo_per_shot` integer, nullable — Ammo consumed per shot. - `pellets_per_shot` integer, nullable — Pellets per shot. - `damage_per_second` number, double, nullable — Damage per second. - `heat_per_shot` number, double, nullable — Heat generated per shot (projectile modes). - `wear_per_shot` number, double, nullable — Durability lost per shot (projectile modes). - `heat_per_second` number, double, nullable — Heat generated per second (beam / continuous-fire modes). - `wear_per_second` number, double, nullable — Durability lost per second (beam / continuous-fire modes). - `fire_during_spin_up` boolean, nullable — Whether the weapon fires during barrel spin-up (rapid mode). - `shot_count` integer, nullable — Number of shots per burst (burst mode). - `cooldown_time` number, double, nullable — Cooldown time between bursts in seconds (burst mode). - `sequence_mode` string, nullable — Sequence mode identifier (sequence mode). - `charge_up_time` number, double, nullable — Beam spool-up time in seconds (beam mode). - `charge_down_time` number, double, nullable — Beam spool-down time in seconds (beam mode). - `full_damage_range` number, double, nullable — Range at which full damage is applied (beam mode). - `zero_damage_range` number, double, nullable — Range at which damage drops to zero (beam mode). - `hit_type` string, nullable — Beam hit registration type (beam mode). - `hit_radius` number, double, nullable — Beam impact radius (beam / salvage mode). - `min_energy_draw` number, double, nullable — Minimum power draw (beam / salvage mode). - `max_energy_draw` number, double, nullable — Maximum power draw (beam / salvage mode). - `healing_mode` string, nullable — Healing mode identifier (healingbeam mode). - `healing_per_second` number, double, nullable — SCU healed per second (healingbeam mode). - `ammo_per_mscu` number, double, nullable — Ammo consumed per medical SCU (healingbeam mode). - `medical_ammo_type` string, nullable — Medical ammo type tag (healingbeam mode). - `external_healing` string, nullable — External healing mode (healingbeam mode). - `toggle` boolean, nullable — Toggle mode flag (healingbeam mode). - `max_distance` number, double, nullable — Maximum healing distance (healingbeam mode). - `max_sensor_distance` number, double, nullable — Maximum sensor range for target detection (healingbeam mode). - `auto_dosage_modifier` number, double, nullable — Auto-dosage BDL modifier (healingbeam mode). - `healing_break_time` number, double, nullable — Time before healing breaks in seconds (healingbeam mode). - `max_dose_for_auto_adjustment` number, double, nullable — Max dose for auto-adjustment (healingbeam mode). - `battery_drain_per_second` number, double, nullable — Battery drain per second (healingbeam mode). - `material_efficiency` number, double, nullable — Material recovery rate (salvage mode). - `max_health_repair_rate` number, double, nullable — Max hull repair rate (salvage mode). - `max_damage_map_repair_rate` number, double, nullable — Max damage-map repair rate (salvage mode). - `health_to_ammo_ratio` number, double, nullable — Health restored per ammo unit (salvage mode). - `ramp_up_time` number, double, nullable — Beam ramp-up time in seconds (salvage mode). - `ramp_down_time` number, double, nullable — Beam ramp-down time in seconds (salvage mode). - `max_vehicle_damage_ratio` number, double, nullable — Max vehicle damage ratio (salvage mode). - `repaired_material_ratio` number, double, nullable — Ratio of repaired material (salvage mode). - `salvage_can_fire_on_full` boolean, nullable — Can fire when target is at full health (salvage mode). - `damage_threshold` number, double, nullable — Damage threshold for salvage operations (salvage mode). - `minimum_distance` number, double, nullable — Minimum mining distance (collectionbeam mode). - `maximum_distance` number, double, nullable — Maximum mining distance (collectionbeam mode). - `beam_radius` number, double, nullable — Collection beam radius (collectionbeam mode). - `collection_rate` number, double, nullable — Ore collection rate (collectionbeam mode). - `energy_draw` number, double, nullable — Power consumption (collectionbeam mode). - `mining_extractor_tag` string, nullable — Extractor classification tag (collectionbeam mode). - `toggle_mode` boolean, nullable — Toggle mode flag (tractorbeam mode). - `fire_mode` string, nullable — Weapon fire mode. - `damage` PersonalWeaponDamage — Weapon damage totals and per-type breakdowns from Weapon.Damage. - `dps_total` number, double, nullable — Total damage per second across all types. - `alpha_total` number, double, nullable — Total damage per shot across all types. - `max` number, double, nullable — Maximum damage per magazine. - `maximum` number, double, nullable — Deprecated: Use max. - `dps` PersonalWeaponDamageVector — Damage values broken down by damage type. - `physical` number, double, nullable — Physical damage. - `energy` number, double, nullable — Energy damage. - `distortion` number, double, nullable — Distortion damage. - `thermal` number, double, nullable — Thermal damage. - `biochemical` number, double, nullable — Biochemical damage. - `stun` number, double, nullable — Stun damage. - `alpha` PersonalWeaponDamageVector — Damage values broken down by damage type. - `physical` number, double, nullable — Physical damage. - `energy` number, double, nullable — Energy damage. - `distortion` number, double, nullable — Distortion damage. - `thermal` number, double, nullable — Thermal damage. - `biochemical` number, double, nullable — Biochemical damage. - `stun` number, double, nullable — Stun damage. - `spread` PersonalWeaponSpread — Spread configuration. Only present when spread data exists in the source. - `min` number, double, nullable — Minimum spread angle. - `max` number, double, nullable — Maximum spread angle. - `minimum` number, double, nullable — Deprecated: Use min. - `maximum` number, double, nullable — Deprecated: Use max. - `first_attack` number, double, nullable — Spread added on the first shot. - `per_attack` number, double, nullable — Spread added per subsequent shot. - `decay` number, double, nullable — Rate at which spread recovers between shots. - `ads_spread` PersonalWeaponSpread — Spread configuration. Only present when spread data exists in the source. - `min` number, double, nullable — Minimum spread angle. - `max` number, double, nullable — Maximum spread angle. - `minimum` number, double, nullable — Deprecated: Use min. - `maximum` number, double, nullable — Deprecated: Use max. - `first_attack` number, double, nullable — Spread added on the first shot. - `per_attack` number, double, nullable — Spread added per subsequent shot. - `decay` number, double, nullable — Rate at which spread recovers between shots. - `charge` PersonalWeaponCharge — Charge timings. Only present when charge data exists in the source. - `time` number, double, nullable — Time to reach full charge in seconds. - `overcharge_time` number, double, nullable — Time window for overcharge in seconds. - `overcharged_time` number, double, nullable — Duration of overcharged state in seconds. - `cooldown_time` number, double, nullable — Cooldown after firing in seconds. - `auto_fire` boolean, nullable — Auto-fire when fully charged. - `require_full_charge` boolean, nullable — Must be fully charged before firing. - `auto_charge` boolean, nullable — Auto-charges when held. - `interpolate_bonus` boolean, nullable — Interpolates charge bonus linearly. - `charge_modifier` PersonalWeaponChargeModifier — Charge modifiers. Only present when charge data exists in the source. - `damage` number, double, nullable — Damage multiplier at full charge. - `fire_rate` number, double, nullable — Fire rate multiplier at full charge. - `ammo_speed` number, double, nullable — Projectile speed multiplier at full charge. - `fire_rate_override` number, double, nullable — Override fire rate at full charge. - `pellets_override` integer, nullable — Override pellet count at full charge. - `burst_shots_override` integer, nullable — Override burst shot count at full charge. - `heat_multiplier` number, double, nullable — Heat generation multiplier at full charge. - `ammunition` object, nullable — Deprecated: use the root-level ammunition resource (outside this specification payload) where available. - `vehicle_weapon` VehicleWeapon — Vehicle weapon stats including damage, fire modes, spread, heat, and capacitor data. - `class` string, nullable — Weapon class. - `type` string, nullable — Item type. - `capacity` integer, nullable — Ammunition capacity. - `range` number, double, nullable — Effective range in meters. - `rpm` number, double, nullable — Primary mode rounds per minute. - `damage` VehicleWeaponDamage — Damage summary and per-type alpha breakdown. - `sustained_60s` number, double, nullable — Sustained damage over 60 seconds. - `burst` number, double, nullable — Burst damage. - `alpha_total` number, double, nullable — Total alpha damage per shot. - `max` number, double, nullable — Maximum damage per magazine. - `maximum` number, double, nullable — Deprecated: Use max. - `alpha` VehicleWeaponDamageTypes — Damage values split by type. - `physical` number, double, nullable — Physical damage. - `energy` number, double, nullable — Energy damage. - `distortion` number, double, nullable — Distortion damage. - `thermal` number, double, nullable — Thermal damage. - `biochemical` number, double, nullable — Biochemical damage. - `stun` number, double, nullable — Stun damage. - `modes` VehicleWeaponMode[], nullable — Fire modes as provided by the game data. - `mode` string, nullable — Mode name. - `localised` string, nullable — Localized label. - `type` string, nullable — Fire type. - `rpm` number, double, nullable — Rounds per minute. - `rounds_per_minute` number, double, nullable — Deprecated: Use rpm. - `ammo_per_shot` integer, nullable — Ammo consumed per shot. - `pellets_per_shot` integer, nullable — Pellets per shot. - `damage_per_second` number, double, nullable — Damage per second. - `heat_per_shot` number, double, nullable — Heat generated per shot (projectile modes). - `wear_per_shot` number, double, nullable — Durability lost per shot (projectile modes). - `heat_per_second` number, double, nullable — Heat generated per second (beam / continuous-fire modes). - `wear_per_second` number, double, nullable — Durability lost per second (beam / continuous-fire modes). - `fire_during_spin_up` boolean, nullable — Whether the weapon fires during barrel spin-up (rapid mode). - `shot_count` integer, nullable — Number of shots per burst (burst mode). - `cooldown_time` number, double, nullable — Cooldown time between bursts in seconds (burst mode). - `sequence_mode` string, nullable — Sequence mode identifier (sequence mode). - `charge_up_time` number, double, nullable — Beam spool-up time in seconds (beam mode). - `charge_down_time` number, double, nullable — Beam spool-down time in seconds (beam mode). - `full_damage_range` number, double, nullable — Range at which full damage is applied (beam mode). - `zero_damage_range` number, double, nullable — Range at which damage drops to zero (beam mode). - `hit_type` string, nullable — Beam hit registration type (beam mode). - `hit_radius` number, double, nullable — Beam impact radius (beam / salvage mode). - `min_energy_draw` number, double, nullable — Minimum power draw (beam / salvage mode). - `max_energy_draw` number, double, nullable — Maximum power draw (beam / salvage mode). - `healing_mode` string, nullable — Healing mode identifier (healingbeam mode). - `healing_per_second` number, double, nullable — SCU healed per second (healingbeam mode). - `ammo_per_mscu` number, double, nullable — Ammo consumed per medical SCU (healingbeam mode). - `medical_ammo_type` string, nullable — Medical ammo type tag (healingbeam mode). - `external_healing` string, nullable — External healing mode (healingbeam mode). - `toggle` boolean, nullable — Toggle mode flag (healingbeam mode). - `max_distance` number, double, nullable — Maximum healing distance (healingbeam mode). - `max_sensor_distance` number, double, nullable — Maximum sensor range for target detection (healingbeam mode). - `auto_dosage_modifier` number, double, nullable — Auto-dosage BDL modifier (healingbeam mode). - `healing_break_time` number, double, nullable — Time before healing breaks in seconds (healingbeam mode). - `max_dose_for_auto_adjustment` number, double, nullable — Max dose for auto-adjustment (healingbeam mode). - `battery_drain_per_second` number, double, nullable — Battery drain per second (healingbeam mode). - `material_efficiency` number, double, nullable — Material recovery rate (salvage mode). - `max_health_repair_rate` number, double, nullable — Max hull repair rate (salvage mode). - `max_damage_map_repair_rate` number, double, nullable — Max damage-map repair rate (salvage mode). - `health_to_ammo_ratio` number, double, nullable — Health restored per ammo unit (salvage mode). - `ramp_up_time` number, double, nullable — Beam ramp-up time in seconds (salvage mode). - `ramp_down_time` number, double, nullable — Beam ramp-down time in seconds (salvage mode). - `max_vehicle_damage_ratio` number, double, nullable — Max vehicle damage ratio (salvage mode). - `repaired_material_ratio` number, double, nullable — Ratio of repaired material (salvage mode). - `salvage_can_fire_on_full` boolean, nullable — Can fire when target is at full health (salvage mode). - `damage_threshold` number, double, nullable — Damage threshold for salvage operations (salvage mode). - `minimum_distance` number, double, nullable — Minimum mining distance (collectionbeam mode). - `maximum_distance` number, double, nullable — Maximum mining distance (collectionbeam mode). - `beam_radius` number, double, nullable — Collection beam radius (collectionbeam mode). - `collection_rate` number, double, nullable — Ore collection rate (collectionbeam mode). - `energy_draw` number, double, nullable — Power consumption (collectionbeam mode). - `mining_extractor_tag` string, nullable — Extractor classification tag (collectionbeam mode). - `toggle_mode` boolean, nullable — Toggle mode flag (tractorbeam mode). - `damage_per_shot` number, double, nullable — Deprecated. Use `damage.alpha_total` (and/or `damage.alpha.*` for per-type values). - `damages` VehicleWeaponDamageEntry[], nullable — Deprecated. Use `damage` (and its `alpha`/`dps` breakdown). - `type` string, nullable — Damage phase bucket. - `name` string, nullable — Damage type name (lowercase). - `damage` number, double, nullable — Damage value. - `regeneration` number, double, nullable — Deprecated. Use `capacitor.regen_per_second`. - `ammunition` object, nullable — Deprecated: use ammunition from the root resource. - `spread` VehicleWeaponSpread - `min` number, double, nullable — Minimum spread angle. - `max` number, double, nullable — Maximum spread angle. - `minimum` number, double, nullable — Deprecated: Use min. - `maximum` number, double, nullable — Deprecated: Use max. - `first_attack` number, double, nullable — Spread added on the first shot. - `per_attack` number, double, nullable — Spread added per subsequent shot. - `decay` number, double, nullable — Rate at which spread recovers between shots. - `barrel_spin_time` VehicleWeaponBarrelSpinTime - `up` number, double, nullable — Spin-up time in seconds. - `down` number, double, nullable — Spin-down time in seconds. - `heat` VehicleWeaponHeat - `per_shot` number, double, nullable — Heat generated per shot. - `cooling_delay` number, double, nullable — Delay before cooling begins in seconds. - `cooling_per_second` number, double, nullable — Cooling rate per second. - `overheat_max_shots` number, double, nullable — Number of shots to trigger overheat. - `overheat_max_time` number, double, nullable — Time to trigger overheat in seconds. - `overheat_cooldown` number, double, nullable — Overheat recovery time in seconds. - `capacitor` VehicleWeaponCapacitor - `max_ammo_load` number, double, nullable — Maximum capacitor ammo load. - `regen_per_second` number, double, nullable — Capacitor regeneration per second. - `cooldown` number, double, nullable — Capacitor cooldown in seconds. - `requested_ammo_load` number, double, nullable — Requested ammo load from capacitor. - `costs_per_shot` number, double, nullable — Capacitor cost per shot. - `charge` VehicleWeaponCharge - `time` number, double, nullable — Time to reach full charge in seconds. - `overcharge_time` number, double, nullable — Overcharge window in seconds. - `overcharged_time` number, double, nullable — Duration of overcharged state in seconds. - `cooldown_time` number, double, nullable — Cooldown after firing in seconds. - `auto_fire` boolean, nullable — Auto-fire when fully charged. - `require_full_charge` boolean, nullable — Must be fully charged before firing. - `auto_charge` boolean, nullable — Auto-charges when held. - `interpolate_bonus` boolean, nullable — Interpolates charge bonus linearly. - `charge_modifier` VehicleWeaponChargeModifier - `damage` number, double, nullable — Damage multiplier at full charge. - `fire_rate` number, double, nullable — Fire rate multiplier at full charge. - `ammo_speed` number, double, nullable — Projectile speed multiplier at full charge. - `fire_rate_override` number, double, nullable — Override fire rate at full charge. - `pellets_override` integer, nullable — Override pellet count at full charge. - `burst_shots_override` integer, nullable — Override burst shot count at full charge. - `heat_multiplier` number, double, nullable — Heat generation multiplier at full charge. - `magazine_volume` object, nullable — Total cargo volume consumed by a full magazine of ammunition. Derived from capacity x conversion rate. - `micro_scu` integer, nullable — Volume in microSCU. - `scu` number, double, nullable — Volume in SCU. - `melee_weapon` MeleeWeapon — Melee weapon specification sourced from Item.stdItem.MeleeWeapon (or meleeWeapon). - `can_be_used_for_take_down` boolean, nullable — Whether this weapon can be used for takedown attacks. - `can_block` boolean, nullable — Whether the wielder can block incoming attacks. - `can_be_used_in_prone` boolean, nullable — Whether the weapon can be used while prone. - `can_dodge` boolean, nullable — Whether the wielder can dodge while equipped. - `stance_transition_melee_delay` number, double, nullable — Delay in seconds when transitioning to a melee stance. - `melee_combat_config` string, nullable — UUID reference to the melee combat config record. - `attack_modes` MeleeWeaponAttackMode[], nullable — Attack configurations as returned by the resource. - `category` string, nullable — Attack animation category (e.g., BladeSlash, BladeStab, SyringeStab). - `damage` number, double, nullable — Total damage value (DamageTotal). - `stun_recovery_modifier` number, double, nullable — Modifier applied to stun recovery time. - `block_stun_reduction_modifier` number, double, nullable — Modifier reducing stun duration when blocking. - `block_stun_stamina_modifier` number, double, nullable — Modifier applied to stamina cost of blocking a stun. - `attack_impulse` number, double, nullable — Physical impulse applied to the target on hit. - `ignore_body_part_impulse_scale` boolean, nullable — Whether impulse ignores body-part-specific scaling. - `force_knockdown` string, nullable — Knockdown behavior (e.g., None). - `damages` MeleeWeaponAttackDamages — Damage breakdown for a melee attack mode. - `physical` number, double, nullable — Physical damage. - `energy` number, double, nullable — Energy damage. - `distortion` number, double, nullable — Distortion damage. - `thermal` number, double, nullable — Thermal damage. - `biochemical` number, double, nullable — Biochemical damage. - `stun` number, double, nullable — Stun damage. - `grenade` Grenade — Hand-thrown grenade specs sourced from Item.stdItem.Grenade. - `damage_type` string, nullable — Damage type reported by the grenade payload. - `damage` number, double, nullable — Damage value used by the grenade payload. - `aoe` GrenadeAoe — Area of effect radii in meters. - `min` number, double, nullable — Minimum effective/lethal radius in meters. - `max` number, double, nullable — Maximum effective/lethal radius in meters. - `minimum` number, double, nullable — Deprecated: Use min. - `maximum` number, double, nullable — Deprecated: Use max. - `area_of_effect` number, double, nullable — Deprecated. Use `aoe.maximum`. - `knife` MeleeWeapon — Melee weapon specification sourced from Item.stdItem.MeleeWeapon (or meleeWeapon). - `can_be_used_for_take_down` boolean, nullable — Whether this weapon can be used for takedown attacks. - `can_block` boolean, nullable — Whether the wielder can block incoming attacks. - `can_be_used_in_prone` boolean, nullable — Whether the weapon can be used while prone. - `can_dodge` boolean, nullable — Whether the wielder can dodge while equipped. - `stance_transition_melee_delay` number, double, nullable — Delay in seconds when transitioning to a melee stance. - `melee_combat_config` string, nullable — UUID reference to the melee combat config record. - `attack_modes` MeleeWeaponAttackMode[], nullable — Attack configurations as returned by the resource. - `category` string, nullable — Attack animation category (e.g., BladeSlash, BladeStab, SyringeStab). - `damage` number, double, nullable — Total damage value (DamageTotal). - `stun_recovery_modifier` number, double, nullable — Modifier applied to stun recovery time. - `block_stun_reduction_modifier` number, double, nullable — Modifier reducing stun duration when blocking. - `block_stun_stamina_modifier` number, double, nullable — Modifier applied to stamina cost of blocking a stun. - `attack_impulse` number, double, nullable — Physical impulse applied to the target on hit. - `ignore_body_part_impulse_scale` boolean, nullable — Whether impulse ignores body-part-specific scaling. - `force_knockdown` string, nullable — Knockdown behavior (e.g., None). - `damages` MeleeWeaponAttackDamages — Damage breakdown for a melee attack mode. - `physical` number, double, nullable — Physical damage. - `energy` number, double, nullable — Energy damage. - `distortion` number, double, nullable — Distortion damage. - `thermal` number, double, nullable — Thermal damage. - `biochemical` number, double, nullable — Biochemical damage. - `stun` number, double, nullable — Stun damage. - `turret` Turret — Turret or gimbal configuration including rotation style, weapon size constraints, and axis parameters. - `rotation_style` string, nullable — Turret rotation style. - `mounts` integer, nullable — Number of weapon mounts. - `min_size` integer, nullable — Minimum supported weapon size. - `max_size` integer, nullable — Maximum supported weapon size. - `yaw_axis` TurretAxis — Axis configuration for turret yaw or pitch. - `slaved_only` boolean, nullable — Whether the axis is slaved-only. - `speed` number, double, nullable — Axis rotation speed. - `time_to_full_speed` number, double, nullable — Seconds to reach full rotation speed. - `acceleration_decay` number, double, nullable — Acceleration decay value. - `angle_limit_min` number, double, nullable — Minimum target angle when RestrictTargetAngles is enabled. - `angle_limit_max` number, double, nullable — Maximum target angle when RestrictTargetAngles is enabled. - `pitch_axis` TurretAxis — Axis configuration for turret yaw or pitch. - `slaved_only` boolean, nullable — Whether the axis is slaved-only. - `speed` number, double, nullable — Axis rotation speed. - `time_to_full_speed` number, double, nullable — Seconds to reach full rotation speed. - `acceleration_decay` number, double, nullable — Acceleration decay value. - `angle_limit_min` number, double, nullable — Minimum target angle when RestrictTargetAngles is enabled. - `angle_limit_max` number, double, nullable — Maximum target angle when RestrictTargetAngles is enabled. - `tractor_beam` TractorBeam — Tractor beam and towing gameplay stats. - `force` TractorBeamForce — Push / pull strength and volume scaling for the beam. - `min` number, double, nullable — Minimum force output. - `max` number, double, nullable — Maximum force output. - `max_volume` number, double, nullable — Maximum object volume the beam can handle (µSCU). - `volume_force_coefficient` number, double, nullable — Force falloff based on target volume. - `range` TractorBeamRange — Effective distances and cone limits. - `min` number, double, nullable — Minimum effective distance. - `max` number, double, nullable — Maximum effective distance. - `full_strength_distance` number, double, nullable — Distance at which full beam strength is maintained, in meters. - `max_angle` number, double, nullable — Maximum beam cone angle in degrees. - `hit_radius` number, double, nullable — Beam hit detection radius. - `tether` TractorBeamTether - `tether_break_time` number, double, nullable — Seconds before the tether breaks under excessive strain. - `safe_range_value_factor` number, double, nullable — Safety factor used to determine stable range. - `allow_scrolling_into_breaking_range` boolean, nullable — Whether players can scroll past the safe range into breaking range. - `cargo_mode_override` TractorBeamCargoModeOverride — Stronger cargo-handling profile used when grappling cargo or containers. - `min_force` number, double, nullable — Cargo mode override for minimum force. - `max_force` number, double, nullable — Cargo mode override for maximum force. - `min_acceleration` number, double, nullable — Cargo mode override for minimum acceleration. - `max_acceleration` number, double, nullable — Cargo mode override for maximum acceleration. - `min_speed` number, double, nullable — Cargo mode override for minimum speed. - `max_speed` number, double, nullable — Cargo mode override for maximum speed. - `acceleration_factor` number, double, nullable — Cargo mode override for acceleration factor. - `degrees_per_action` number, double, nullable — Cargo mode override for rotation degrees per action. - `max_angular_acceleration` number, double, nullable — Cargo mode override for maximum angular acceleration. - `max_angular_velocity` number, double, nullable — Cargo mode override for maximum angular velocity. - `degrees_per_action_scroll_wheel` number, double, nullable — Cargo mode override for scroll wheel degrees per action. - `force_fraction_rotation` number, double, nullable — Cargo mode override for rotation force fraction. - `min_distance` number, double, nullable — Cargo mode override for minimum distance. - `max_distance` number, double, nullable — Cargo mode override for maximum distance. - `full_strength_distance` number, double, nullable — Cargo mode override for full strength distance. - `towing` TractorBeamTowing — Towing parameters emitted under the `towing` key. - `force` number, double, nullable — Towing force. - `max_acceleration` number, double, nullable — Maximum towing acceleration. - `max_distance` number, double, nullable — Maximum towing distance. - `qt_mass_limit` number, double, nullable — Quantum tow mass limit. - `min_force` number, double, nullable — Deprecated. Use `force.min`. - `max_force` number, double, nullable — Deprecated. Use `force.max`. - `min_distance` number, double, nullable — Deprecated. Use `range.min`. - `max_distance` number, double, nullable — Deprecated. Use `range.max`. - `full_strength_distance` number, double, nullable — Deprecated. Use `range.full_strength_distance`. - `max_angle` number, double, nullable — Deprecated. Use `range.max_angle`. - `max_volume` number, double, nullable — Deprecated. Use `force.max_volume`. - `volume_force_coefficient` number, double, nullable — Deprecated. Use `force.volume_force_coefficient`. - `tether_break_time` number, double, nullable — Deprecated. Use `tether.tether_break_time`. - `safe_range_value_factor` number, double, nullable — Deprecated. Use `tether.safe_range_value_factor`. - `food` Food — Consumable food or drink statistics sourced from stdItem.Food and description data. - `nutrition` FoodNutrition — Dynamic map of nutrient name (snake_case) to total amount for the item. - `buffs` FoodEffectDurations — Dynamic map of effect/buff type (snake_case) to duration in seconds. - `debuffs` FoodEffectDurations — Dynamic map of effect/buff type (snake_case) to duration in seconds. - `container` FoodContainer — Container metadata from stdItem.Food.Container. - `type` string, nullable — Container type identifier. - `closed` boolean, nullable — Whether the container starts closed (if provided). - `can_be_reclosed` boolean, nullable — Whether the container can be reclosed after opening. - `discard_when_consumed` boolean, nullable — Whether the container is discarded when fully consumed. - `consumption` FoodConsumption — Consumption settings from stdItem.Food.Consumption. - `volume` number, double, nullable — Consumption volume in microSCU. - `one_shot_consume` boolean, nullable — Whether the item is consumed in one action. - `nutritional_density_rating` string, nullable — Nutritional density rating (NDR) from food data or description. - `hydration_efficacy_index` string, nullable — Hydration efficacy index (HEI) from food data or description. - `container_type` string, nullable — Deprecated. Use `container.type`. - `one_shot_consume` boolean, nullable — Deprecated. Use `consumption.one_shot_consume`. - `can_be_reclosed` boolean, nullable — Deprecated. Use `container.can_be_reclosed`. - `discard_when_consumed` boolean, nullable — Deprecated. Use `container.discard_when_consumed`. - `effects` string[], nullable — List of effect strings (parsed from food data or description). Null when no effects are present. - `resource_effects` FoodResourceEffects[], nullable — Consumable resource effects. Only present for game data >= 4.9.0; null otherwise. - `consumable_resource_type` string, nullable — The consumable resource type affected. - `per_micro_scu` number, double, nullable — Effect amount per microSCU of consumable volume. - `total` number, double, nullable — Total effect amount for the item volume. - `gas_effects` FoodGasEffects[], nullable — Gas emission effects. Only present for game data >= 4.9.0; null otherwise. - `gas` string, nullable — The emitted gas type. - `mass` number, double, nullable — Mass of the emitted gas. - `medical` Medicine — Consumable food or drink statistics sourced from stdItem.Food and description data. - `nutrition` object — Dynamic map of nutrient name (snake_case) to total amount. - `buffs` FoodEffectDurations — Dynamic map of effect/buff type (snake_case) to duration in seconds. - `debuffs` object — Dynamic map of debuff type (snake_case) to duration in seconds. - `container` object — Container metadata from stdItem.Medical.Container. - `type` string, nullable — Container type identifier. - `closed` boolean, nullable — Whether the container starts closed (if provided). - `can_be_reclosed` boolean, nullable — Whether the container can be reclosed after opening. - `discard_when_consumed` boolean, nullable — Whether the container is discarded when fully consumed. - `consumption` object — Consumption settings from stdItem.Medical.Consumption. - `volume` number, double, nullable — Consumption volume in microSCU. - `one_shot_consume` boolean, nullable — Whether the item is consumed in one action. - `nutritional_density_rating` string, nullable — Nutritional density rating (NDR) from food data or description. - `hydration_efficacy_index` string, nullable — Hydration efficacy index (HEI) from food data or description. - `container_type` string, nullable — Deprecated. Use `container.type`. - `one_shot_consume` boolean, nullable — Deprecated. Use `consumption.one_shot_consume`. - `can_be_reclosed` boolean, nullable — Deprecated. Use `container.can_be_reclosed`. - `discard_when_consumed` boolean, nullable — Deprecated. Use `container.discard_when_consumed`. - `effects` string[], nullable — List of effect strings (parsed from food data or description). Null when no effects are present. - `resource_effects` FoodResourceEffects[], nullable — Consumable resource effects (inherited from shared consumable data). Only present for game data >= 4.9.0; null otherwise. - `consumable_resource_type` string, nullable — The consumable resource type affected. - `per_micro_scu` number, double, nullable — Effect amount per microSCU of consumable volume. - `total` number, double, nullable — Total effect amount for the item volume. - `gas_effects` FoodGasEffects[], nullable — Gas emission effects (inherited from shared consumable data). Only present for game data >= 4.9.0; null otherwise. - `gas` string, nullable — The emitted gas type. - `mass` number, double, nullable — Mass of the emitted gas. - `combat_buffs` object — Dynamic map of combat buff flags (derived from MedicalEffects.CombatBuffs). Keys are normalized (snake_case, without `_mask`). Values are boolean flags. - `impact_resistances` object — Dynamic map of impact resistance flags (derived from MedicalEffects.ImpactResistance). Keys are normalized (snake_case, without `impact_resistance_` or `_mask`). Values are boolean flags. - `weapon_rack` WeaponRack — Summary of weapon slots on a weapon rack item, grouped by weapon category. - `pistols` integer — Number of small weapon slots. - `rifles` integer — Number of medium and large weapon slots. - `gadgets` integer — Number of gadget slots. - `total_weapon_slots` integer — Total number of weapon slots across all categories. - `weapon_modifier` WeaponModifier — Weapon modifier stats. Legacy v2 fields are kept for backwards compatibility. - `activate_on_attach` boolean, nullable — Whether the modifier becomes active as soon as it is attached. - `ignore_wear` boolean, nullable — If true, the modifier ignores item wear/maintenance effects. - `base` WeaponModifierBase — Core scalar adjustments and derived delta fields (`*_change`). Only emitted when the modifier meaningfully differs from defaults. - `muzzle_flash_multiplier` number, double, nullable — Muzzle flash scale multiplier. - `muzzle_flash_change` number, double, nullable — Muzzle flash scale change. - `fire_rate_multiplier` number, double, nullable — Fire rate multiplier. - `fire_rate_change` number, double, nullable — Fire rate change. - `damage_multiplier` number, double, nullable — Damage multiplier. - `damage_change` number, double, nullable — Damage change. - `projectile_speed_multiplier` number, double, nullable — Projectile speed multiplier. - `projectile_speed_change` number, double, nullable — Projectile speed change. - `ammo_cost_multiplier` number, double, nullable — Ammo cost multiplier. - `ammo_cost_change` number, double, nullable — Ammo cost change. - `heat_generation_multiplier` number, double, nullable — Heat generation multiplier. - `heat_generation_change` number, double, nullable — Heat generation change. - `sound_radius_multiplier` number, double, nullable — Sound radius multiplier. - `sound_radius_change` number, double, nullable — Sound radius change. - `charge_time_multiplier` number, double, nullable — Charge time multiplier. - `charge_time_change` number, double, nullable — Charge time change. - `recoil` WeaponModifierRecoil — Reduced recoil block as emitted by this resource (not a full recoil model export). Only emitted when values differ from defaults. - `decay_multiplier` number, double, nullable — Recoil decay multiplier. - `decay_change` number, double, nullable — Recoil decay change. - `multiplier` number, double, nullable — Recoil randomness multiplier. - `multiplier_change` number, double, nullable — Recoil randomness change. - `spread` WeaponModifierSpread — Spread tuning multipliers and derived deltas. Only emitted when values differ from defaults. - `min_multiplier` number, double, nullable — Minimum spread multiplier. - `min_change` number, double, nullable — Minimum spread change. - `max_multiplier` number, double, nullable — Maximum spread multiplier. - … truncated; see the full OpenAPI document linked below ## Other responses - `404` — Item not found. --- [API](https://skmtc.net/starcitizenwiki/apis/star-citizen-wiki-api.md) · [All operations](https://skmtc.net/starcitizenwiki/apis/star-citizen-wiki-api/llms.txt) · [OpenAPI document](https://skmtc-service-staging.skmtc.workers.dev/v1/apis/starcitizenwiki/star-citizen-wiki-api/versions/8b259bb9a44c/schema)