How does a heavier load influence the total braking distance of a vehicle?

Question

DentroTest · Accepted Answer

The correct answer is that the braking distance is greater than without a load. This is explained by basic physics (inertia): as the vehicle's mass increases, the kinetic energy it carries while moving also increases. The brakes have to work harder to dissipate that energy and stop the vehicle, which results in covering more meters before coming to a complete stop. Key points for the driver: Safety distance: When loaded, you must increase the gap with the vehicle in front. Brake fatigue: The braking system heats up faster with a load, potentially losing efficiency (brake fading). Handling: The car becomes more sluggish and harder to control in curves and emergency braking situations.

How does a heavier load influence the total braking distance of a vehicle?

Want to pass the Permit B (English) theory test first time?

📚 Keep practicing with more questions from Adherence, Tires and Brakes

Can you use the parking brake while moving?

Braking Adherence

Causes of Accelerated Tire Deterioration

How is the Service Brake Operated?

Effect of Heat on Tires

Brake Hose Maintenance and Road Safety

Tire Pressure

Benefits of Correct Tire Pressure | DGT Exam Class B

Can you use the handbrake while driving?

Types of Car Rims