How does ABS enhance vehicle stability?

Anti-lock Braking Systems (ABS) play a crucial role in enhancing vehicle stability by allowing the driver to maintain steering control while braking. When ABS is activated during hard braking, it prevents the wheels from locking up. This is important because locked wheels can lead to a loss of traction and steering ability, making it difficult for the driver to control the vehicle, especially in situations where quick maneuvering is necessary to avoid obstacles.

With ABS, the system modulates brake pressure multiple times per second to ensure that the wheels continue to rotate, providing the driver with better control over steering and the ability to navigate safely around obstacles. This ability to steer while braking significantly improves the overall stability of the vehicle, especially in emergency scenarios or on slippery surfaces.

The other options either do not directly contribute to vehicle stability or misrepresent the functions of ABS. For instance, increasing brake pressure on all wheels simultaneously may lead to other complications, such as skidding or loss of control if not managed properly. Reducing tire friction during turns is not a goal of ABS; rather, maintaining friction is essential for stability. Enhancing brake fluid temperature management relates to the performance of the braking system but does not actively contribute to how ABS maintains vehicle stability during braking.