🚗The Range Rover Sport dominates the climb with its powerful engine and efficient traction control system.
🏎️The Audi Q8 demonstrates excellent traction control, with minimal wheel slips.
🚙The BMW X6 and Mercedes GLE struggle with delays in their traction control systems.
🚐The Volvo XC90 lacks torque, causing it to have the shortest distance driven in the second stage.
🔍The effectiveness of the traction control system is crucial in overcoming challenging terrain.
Which car performed the best in the climb?
—The Range Rover Sport demonstrated the best performance, dominating the climb with its powerful engine and efficient traction control system.
Which cars struggled in the climb?
—The BMW X6 and Mercedes GLE struggled with delays in their traction control systems, while the Volvo XC90 lacked torque.
Why did the Audi Q8 perform well?
—The Audi Q8 demonstrated minimal wheel slips and efficient traction control, contributing to its strong performance in the climb.
What should viewers consider when comparing all-wheel drive systems?
—The effectiveness of the traction control system is crucial in overcoming challenging terrain, as seen in this video. Engine power and torque also play a significant role.
What can we learn from this test?
—This test highlights the importance of choosing a premium crossover with a reliable all-wheel drive system that can handle various terrains and conditions.
00:05This video compares premium crossovers on a long steep climb to determine the best all-wheel drive system.
03:23The Range Rover Sport dominates the climb with its powerful engine and efficient traction control system.
13:32The Audi Q8 demonstrates excellent traction control, with minimal wheel slips.
22:38The BMW X6 and Mercedes GLE struggle with delays in their traction control systems.
25:04The Volvo XC90 lacks torque, causing it to have the shortest distance driven in the second stage.
