What happens to a vehicle's stability while cornering?

While cornering, a vehicle's stability can be affected due to several dynamic forces acting on it. When a vehicle turns, the weight of the vehicle shifts, typically towards the outside of the turn. This shift in weight alters the distribution of forces acting on the tires, which can lead to a reduction in traction on the tires on the inside of the turn.

As the vehicle enters a corner, centrifugal force pushes it outward, which can contribute to a loss of grip, especially if the corner is taken too quickly or if road conditions are poor (e.g., wet or icy). This loss of grip can manifest as a slide or skid, which compromises the vehicle's ability to maintain its intended path and can lead to a loss of control.

Maintaining proper speed and steering input during cornering helps preserve stability, but if those factors are not balanced, the vehicle's stability is indeed compromised. Understanding this dynamic is crucial for safe driving, particularly in high-speed or emergency situations where quick cornering maneuvers may be necessary.