We should try using these formulas:
Turn Velocity: V = 4r √((TGθ) / (Rm))
where r = half of' distance between wheels
T = max torque of wheels
G = gear ratio
θ = rotational distance to end of turn
R = radius of wheels
m = mass
Move Velocity: V = √(8TGd) / (R*m))
where T = max torque of wheels
G = gear ratio
d = distance remaining
R = radius of wheels
m = mass
G = gear ratio
We should try using these formulas: Turn Velocity: V = 4r √((TGθ) / (Rm)) where r = half of' distance between wheels T = max torque of wheels G = gear ratio θ = rotational distance to end of turn R = radius of wheels m = mass
Move Velocity: V = √(8TGd) / (R*m)) where T = max torque of wheels G = gear ratio d = distance remaining R = radius of wheels m = mass G = gear ratio