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For superior ride and handling, the Land Rover Range Rover has fully independent front and rear suspensions. An independent suspension allows the wheels to follow the road at the best angle for gripping the pavement, without compromising ride comfort. The Mercedes G-Class has a solid rear axle, with a non-independent rear suspension.
The Range Rover offers active sway bars, which help keep it flat and controlled during cornering, but disconnect at lower speeds to smooth the ride and offer greater off-road suspension articulation. This helps keep the tires glued to the road on-road and off. The G-Class doesn’t offer an active sway bar system.
The front and rear suspension of the Range Rover uses air springs for a smoother, controlled ride than the G-Class, which uses coil springs. Air springs maintain proper ride height and ride more smoothly.
The Range Rover has a standard automatic front and rear load leveling suspension to keep ride height level with a heavy load or when towing. The Range Rover’s height leveling suspension allows the driver to raise ride height for better off-road clearance and then lower it again for easier entering and exiting and better on-road handling. The G-Class doesn’t offer a load leveling suspension.
The Range Rover’s drift compensation steering can automatically compensate for road conditions which would cause the vehicle to drift from side to side, helping the driver to keep the vehicle straight more easily. The G-Class doesn’t offer drift compensation steering.
For a smoother ride and more stable handling, the Range Rover SWB’s wheelbase is 4.2 inches longer than on the G-Class (118 inches vs. 113.8 inches).
For better handling and stability, the track (width between the wheels) on the Range Rover is 2.2 inches wider in the front and 2.3 inches wider in the rear than the average track on the G-Class.
The Range Rover LWB SE handles at .74 G’s, while the G 550 pulls only .61 G’s of cornering force in a Motor Trend skidpad test.
The Range Rover LWB SE executes Motor Trend’s “Figure Eight” maneuver 1.5 seconds quicker than the G 550 (29.2 seconds @ .56 average G’s vs. 30.7 seconds @ .53 average G’s).
For better maneuverability, the Range Rover SWB’s turning circle is 8.7 feet tighter than the G-Class’ (35.9 feet vs. 44.6 feet). The Range Rover LWB’s turning circle is 6.7 feet tighter than the G-Class’ (37.9 feet vs. 44.6 feet).
For greater off-road capability the Range Rover has a 2.1 inches greater minimum ground clearance than the G-Class (11.6 vs. 9.5 inches), allowing the Range Rover to travel over rougher terrain without being stopped or damaged.