In a closed test tunnel in Wuhan, China, a production Voyah Passion S electric crossover completed a full 360-degree loop while driving upside down at approximately 80 miles per hour. The maneuver took place on August 20, 2026, during a controlled demonstration of the vehicle’s dynamic stability and aerodynamic design. Engineers monitored the test from a safe distance as the SUV maintained contact with the tunnel ceiling throughout the inversion.
The test aimed to showcase the Passion S’s low center of gravity and advanced torque vectoring system, which allows precise power distribution to each wheel. At 130 kilometers per hour, the vehicle entered a steeply curved section of the tunnel where centrifugal force kept it pressed against the upper surface. Unlike concept vehicles or modified stunt cars, this was a standard production model with no external modifications. The tunnel’s interior was specially coated to ensure consistent traction during the maneuver.
The Voyah Passion S uses dual electric motors delivering instant torque, which helped maintain speed and orientation during the loop. Unlike internal combustion engines, electric powertrains deliver consistent power regardless of orientation, a critical factor when the vehicle is upside down. Battery placement low in the chassis further enhanced stability by minimizing roll tendency. Test drivers reported no loss of control or warning signals during the inversion, attributing success to the vehicle’s suspension tuning and electronic stability controls.
Multiple safety protocols were implemented, including remote monitoring systems, emergency shutdown capabilities, and a reinforced tunnel structure designed to withstand extreme forces. The test was conducted without occupants, and the vehicle was equipped with telemetry sensors recording g-forces, wheel speed, and battery temperature. Engineers emphasized that the stunt was not intended to suggest real-world driving capabilities but to validate engineering limits under extreme conditions.
Was the Voyah Passion S modified for the test? No, the vehicle used was a standard production model with no alterations to its powertrain, suspension, or body.
Is this maneuver safe for regular drivers? No, the test was conducted in a controlled environment by professionals and should not be attempted on public roads.
What was the purpose of the demonstration? The test aimed to highlight the vehicle’s engineering strengths, particularly its stability, torque delivery, and low center of gravity, under extreme dynamic conditions.