| landingGearBaseType Complex Type |
Landing gear base
Namespace: Empty
Schema: Empty
| Name | Occurrences | Description |
|---|---|---|
| | [0, 1] | Name |
| | [0, 1] | Description |
| | [0, 1] | UID of the parent component. If set, the position of the main strut is defined relative to the parent coordinate system. |
| | [0, 1] | Control parameters for retraction and extension |
| | ||
| | ||
| | Total length of landing gear, equals the distance from the middle of the bogie/axles to the axis of rotation of the pintle strut. Distance is measured while landing gear is fully extended and in airborne condition (i.e., if a spring is present, the totalLength includes the springDeflectionLength) | |
| | [0, 1] | Static suspension travel means the positive distance between the total length in airborne condition and the reduced length due to compression on the ground |
| | [0, 1] | Compressed suspension travel means the positive distance between the total length in airborne condition and the maximum reduced length due to maximum compression on the ground (e.g., landing shock) |
| | Components the landing gear is assembled from | |
| | Transformation with respect to the uppermost point of the main strut. From this point the landing gear is oriented in negative z-direction by default. |
| Name | Type | Required | Description |
|---|---|---|---|
Directory of the external data file | |||
Path of the node inside the external data file | |||
Name of the external data file | |||
Symmetry plane the component is mirrored at | |||
| Yes | UID |
Base type for landing gears (i.e. nose gear, main gear and skid gear). An example of a nose and main gear is shown below:
