Suspension
Independent suspension and per-wheel contact are described for all four wheels.
VEHICLE SYSTEM / 04 CONTACT POINTS
Grip, load,
and a little slip.
Independent suspension and tire forces are at the center of the vehicle system described for BlueSky Engine.
See the setup valuesFRFLRRRL
WHEEL BONE LABELS / PROJECT TIP
Vehicle capabilities and setup values on this page are from the supplied project description. Exact runtime behavior and editor controls are not verified against engine source here.
01 / MODEL
Four independent
corners.
4 WHEELS
Tire forces
The project description names slip ratio and slip angle calculations, alongside drift mechanics.
Vehicle behavior
Aerodynamic downforce, stability control, and automatic transmission are listed.
Visual follow-through
Chase-camera smoothing and bone-driven wheel animation are also listed.
02 / FIRST SETUP
Start with
the chassis.
Values below reproduce the car setup example in the supplied README. They are a starting configuration, not a handling prescription.
RIGIDBODY / MASS1400
RIGIDBODY / GRAVITYEnabled
COLLIDER / TYPEBox
COLLIDER / SIZE(2, 1.2, 4.5)
VEHICLE / CONTROLLERDefault settings
Numbers and options copied from the project description. Units are not specified there.
03 / EDITOR WORKFLOW
From model to motion.
The described workflow, in order.
- 01
Import the model
Bring a rigged GLTF or FBX car model into the Content Browser.
- 02
Add it to the scene
Place the imported car entity in the scene or viewport.
- 03
Set up physics
Add a Rigidbody and Box Collider, then add the Car Controller.
- 04
Connect wheel bones
The project tip suggests bone names FR, FL, RR, and RL for the four tires.
- 05
Try TeaScript (optional)
The project description shows a script component for gameplay control.
Editor button names and drag-and-drop behavior are described by the project README and have not been tested in this website workspace.
NEXT / ENGINE SYSTEMS