The Urus cheats its height without defying physics. Its angular body promises supercar drama, but the harder trick lies beneath: keeping a tall SUV composed through a bend without making every straight road feel punishing. Active anti-roll bars help resolve that tension by changing how strongly the suspension resists body roll.
The cleverness is in the twist. Unlike a conventional anti-roll bar, which links the wheels across an axle with a fixed torsional resistance, the Urus uses electrically driven actuators to apply torque between sections of the bar. In a corner, that torque opposes the unequal suspension movement associated with lean, helping keep the body flatter. On a straight road, the system can reduce its intervention, allowing the wheels more freedom to respond independently to uneven surfaces. Sensors and control software determine how much resistance is needed as driving conditions change.
A flatter body is not a repeal of gravity. The bars cannot erase the lateral load transfer that accompanies cornering, and tire grip still sets the limits; they can, however, alter how that load is distributed between axles and how the vehicle responds to steering. The arrangement also carries costs in weight, complexity and potential repair bills, even as it gives engineers more freedom than stiff springs alone would allow. Inside the cabin, space and versatility remain part of the bargain. Outside, the silhouette leans into the bend less than its height suggests.
