What would happen to the inside wheel's turning radius as speed increases while turning?

As a vehicle increases speed while turning, the inside wheel’s turning radius actually gets larger. This phenomenon occurs due to the principles of centripetal force and the dynamics of turning. When a vehicle turns, the wheels on the inside of the turn travel a shorter distance compared to the wheels on the outside. As speed increases, the centrifugal force acting on the vehicle increases, leading to a larger radius for the inside wheel to maintain stability and prevent potential rollover.

Under these conditions, the vehicle's dynamics require a greater radius for the inside wheel as it shifts to compensate for the increased speed, thus promoting a smoother and safer turn. This is crucial for maintaining control of the vehicle and avoiding accidents that can occur from sharp cornering at high speeds.

Understanding this principle is essential for drivers, especially in commercial driving scenarios where precision in maneuvering is vital to safety.