When 4 of 8 Motors Stopped, Our eVTOL Still Refused to Land… Until We Said So.

Описание: What happens when you lose half your thrust mid-air? For most aircraft, it's an emergency. For the YUFEI S100, it's another Tuesday. In a bold validation of our propulsion redundancy, we intentionally cut power to 4 of the aircraft's 8 motors immediately after takeoff—and commanded it to maintain a stable hover.

The result? The S100 didn't just hold position; it held its composure. From lift-off to controlled touchdown, the entire sequence lasted just 20 seconds, all on the remaining 4 motors. No drift, no uncontrolled descent—just a steady, confident demonstration of fault-tolerant design.

"This test wasn't about simulating a failure; it was about eliminating the word 'failure' from the scenario entirely," explained our propulsion lead. "With distributed electric propulsion, losing half the motors doesn't mean losing control. It means the system is working as designed: to isolate, adapt, and overcome."

The S100's flight control system recalculated thrust distribution in milliseconds, leveraging our multi‑motor architecture to maintain full stability. While no operator would ever face this situation in normal flight, we believe safety isn't just about meeting standards—it's about exceeding the very idea of what's possible.

Pushing limits isn't just for test logs. It's how we build vehicles that don't just fly—they assure.

Want to see the 20 seconds that redefined redundancy? Stay tuned. The footage speaks for itself.