vrm-springbone-physics

VRM hair physics explode or stick horizontally in three-vrm due to incorrect delta-time handling, oversize colliders, or wrong gravity direction. Stabilize SpringBone movement by enforcing correct delta-time updates and reducing collider radii.

To fix jittery VRM SpringBone hair movement, apply delta-time corrections and tune collider settings. Adjusting collider radius and ensuring runtime scale-aware updates will stabilize the physics joints in three-vrm.

Yes, this VRM SpringBone debugging approach works with both Unity and three-vrm. It provides mitigation strategies including collider radius reduction, collider disablement, and runtime scale-aware adjustments across these environments.

The best way to adjust VRM SpringBone colliders for unnatural hair stiffness is to reduce the collider radius or disable problematic colliders. This prevents oversize colliders from restricting the natural movement of hair joints.

Handle runtime scaling issues with VRM SpringBone physics by applying runtime scale-aware updates. This ensures that physics calculations remain stable and correctly proportioned when the model scale changes during execution.

When VRM SpringBone hair physics is not working correctly, check for incorrect gravity direction and improper delta-time enforcement. These common limitations cause unstable hair and clothing movement that require specific collider tuning to resolve.