What should you expect when driving with a higher load in terms of braking?

When driving with a higher load, it is important to understand that the increased weight of the vehicle will result in a greater braking distance. This is because the momentum of a heavier vehicle is higher; consequently, it requires more force and distance to bring it to a stop. The brakes must work harder to overcome this increased momentum, which means that the time and distance required to stop will be longer compared to a lighter load. This emphasizes the need for drivers to adjust their driving habits accordingly, such as allowing more space between vehicles and starting their braking process earlier.

Other options, such as the vehicle stopping faster or having unaffected braking performance, do not take into account the physics of increased weight and momentum in relation to stopping distance. The idea that brakes will overheat less contradicts the fact that heavier loads generate more heat in the braking system due to the increased effort required to stop, which can actually lead to overheating if the brakes are not properly managed.