27 November, 2025
george-russell-critiques-brutal-f1-cars-highlights-safety-concerns

George Russell has expressed relief at the impending end of Formula 1’s current generation of ground-effect cars. Speaking ahead of the 2025 Qatar Grand Prix, he described the driving experience as “brutal” and highlighted significant safety concerns regarding the phenomenon known as porpoising. The Mercedes driver revealed that even within his own team, the engineering staff were restricted from experiencing the extreme conditions associated with this issue in a simulator.

The term “porpoising” refers to the oscillating motion that some cars experience at high speeds, leading to a jarring effect for drivers. Russell explained that the level of discomfort this creates was so significant that Mercedes’ health and safety protocols prevented an engineer from testing it directly. He noted that this restriction underscores the severity of the problem, which has been a contentious point in discussions about the current regulations.

Russell’s comments reflect a broader sentiment within the racing community regarding the challenges posed by these ground-effect vehicles. The design, which aims to enhance downforce and cornering speeds, has also resulted in unintended consequences. Many drivers have voiced their struggles with the physical demands of these cars, citing issues like fatigue and discomfort during races.

As the sport prepares to transition to new regulations, Russell’s insights may influence discussions on how to enhance driver safety while maintaining competitive performance. The motorsport world is eagerly anticipating the changes that will come with the next generation of cars, hoping for improvements that prioritize both speed and driver well-being.

The Qatar Grand Prix, scheduled for later in 2025, will mark a significant moment as teams and drivers adapt to the evolving landscape of Formula 1. Russell’s reflections serve as a reminder of the intricate balance between innovation and safety that the sport must navigate as it moves forward.