Pierre Gasly retired from the Miami Grand Prix on Sunday after his car flipped over during the early stages of the race [1].

The incident highlights the volatile nature of wheel-to-wheel racing at the Miami International Autodrome and the critical role of safety structures in protecting drivers during high-impact flips.

The crash occurred on lap six [1] of the event held on May 3, 2026 [2]. The accident began when driver Liam Lawson locked his brakes and clipped the left-rear wheel of Gasly's Alpine [1], [3]. This contact caused Gasly to lose control of the vehicle, resulting in the car flipping over [1], [3].

Race officials deployed an early safety car following the incident to manage the debris and ensure the driver's safety [4]. The crash took place at the Miami International Autodrome in Florida, U.S. [4].

Gasly was forced to retire from the race immediately following the flip [3]. While the incident was chaotic, the safety car intervention allowed for a controlled response on the track [4]. The event also saw other disruptions, including Isack Hadjar slamming into a barrier during the same period of racing [5].

Formula 1 cars are designed with a survival cell and roll hoops specifically to withstand the forces of a flip. These engineering standards are intended to prevent the cockpit from collapsing when a car lands upside down, which is critical for driver extraction, and survival in high-speed accidents.

“Gasly's car flipped over after contact with Liam Lawson”

This incident underscores the risks associated with braking instability in tight corners. The flip demonstrates the effectiveness of modern F1 chassis safety, as the car's structural integrity is designed to protect the driver during inversion, though such accidents inevitably result in a DNF (Did Not Finish) for the affected driver.