Please make it possible to describe landing gear geometry and behaviour in more detail

[N316TS]

It sounds like at least some of this will be addressed this year. From the first March Q&A:

@OlieTsubasa443

For example, a wheel is currently simulated as a single point. So, a wheel can resist movement or rolling or sliding when you brake. It does not resist rotation. A wheel can rotate [with a rudder or tiller] without resistance. If you’re in your car and you’re parked, and you turn the steering wheel, if you don’t have power steering, it’s not easy to turn the tire because it’s not a point: It’s a flat surface. It’s a patch on the ground of rubber that you’re moving. The new simulation is going to allow this. This helps with stability when you’re taking off. Currently, the plane is just a tripod of points, and as soon as the nose is up, you feel that it’s already twisting because the wheels are not simulated as patches of rubber. They do not resist rotation enough. These kinds of changes are going to make the moments of takeoff a lot more precise and realistic. Later this year.