How the BYD Denza Z9 GT Breaks the Laws of Physics

Added: 2026-05-05

[00:00:00]How does the massive BYD Denza Z9 GT launch to 100 in 3 seconds then perfectly crab walk into a parking space? It weaponizes independent digital torque. Normally, extreme mass destroys performance. A massive 5-m luxury wagon should be sluggish to accelerate and impossible to maneuver in tight spaces.

[00:00:20]To break this law, the Z9 GT uses a tri-motor geometry. Nearly 1,000 horsepower of pure digital current instantly hits three independent motors, violently launching the heavy chassis to 100 in just 3 seconds. But straight-line speed is easy. To make this heavy missile turn, engineers completely deleted the rear axle. The rear wheels have absolutely zero physical connection. Because they are mechanically isolated, the rear wheels can become mathematical opposites. One wheel violently spins forward while the other spins backward, allowing the heavy chassis to pivot perfectly in place.

[00:00:56]Combine this isolated [music] torque with 20° of extreme rear wheel steering and the laws of physics shatter. The massive car can physically pull itself entirely sideways, effortlessly crab walking into tight spaces. It uses raw voltage to overpower mass and geometry to refuse to be trapped.