Are Formula 1 Drivers Athletes?

· Yahoo Sports

  • Yes, and it is no longer a serious scientific debate: peer-reviewed research has recorded F1 drivers sustaining heart rates above 90 percent of their maximum for a full race, comparable to elite endurance athletes.
  • Drivers apply up to 160kg of brake pedal pressure, as many as 1,200 times in a single race, while working in a cockpit that can hit 50 degrees Celsius and losing up to 5 percent of their body weight in fluid.
  • Reigning 2025 World Champion Lando Norris has described his own fitness testing as “probably the worst day of the year,” a detail that undercuts the old idea that F1 drivers just sit still and steer.

Whether Formula 1 drivers count as athletes used to be a fairly casual argument, the kind settled by pointing at a lap time or a photo of a driver’s forearms. It is not casual anymore. Sports science researchers have spent the past few years actually measuring what a Grand Prix does to the human body, and a 2024 paper in Frontiers in Sports and Active Living argued the doubt itself was the problem, writing that “certain media narratives may have shaped regressive perceptions of athletic identity” around motorsport. Once you look at the data those researchers have gathered, the case is hard to argue with.

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What the Data Actually Shows

A widely cited definition from Merriam-Webster describes an athlete as someone “trained or skilled in exercises, sports, or games requiring physical strength, agility, or stamina.” F1 drivers clear that bar on every measure researchers have tracked.

Heart rate is the clearest evidence. A 2023 study published in Science and Sports fitted a competing driver with real-time monitoring and recorded an average of 146±25 beats per minute across a race, around 73 percent of the driver’s maximum, with sustained readings of 148 to 163bpm through the racing phases and a peak of 173bpm at the start. At points, that meant the driver was working at up to 92 percent of their maximum heart rate, a workload that would be considered a serious cardiovascular effort in almost any endurance sport.

The physical loads are just as extreme. Braking a Formula 1 car takes up to 160kg of pedal pressure, applied as many as 1,200 times across a race distance, and former driver David Coulthard has described the sensation bluntly: “when you brake at the end of a straight, it feels like a sledgehammer has hit your back.” Under the 2026 technical regulations, cars are lighter and produce meaningfully less downforce than before, so the G-forces drivers experience through a lap have actually come down, typically 2 to 3G, with the hardest braking zones over 2G. That is still a lot to absorb through the neck and core for close to two hours, and it is a long way down from the peaks of the previous generation of cars: Lewis Hamilton was recorded pulling 5.6G through Turn 7 at Mugello in 2020.

Then there is the heat. Cockpit temperatures can reach around 50 degrees Celsius, and drivers routinely lose 2 to 4kg of fluid, up to 5 percent of their body weight, over a single race while burning in the order of 1,500 calories. A 6kg-plus helmet adds constant load to the neck throughout, on top of everything else.

How Drivers Actually Train

None of that happens by accident. Antti Kontsas, Sebastian Vettel’s former trainer, has explained why neck conditioning specifically gets so much attention: “The real reason why the neck is so important is that you need to see where you’re going. It’s all about precision.” Lando Norris’s trainer, John Malvern, has said Norris does dedicated neck work “at least five times a week,” and Norris himself has been candid about how brutal the testing side of the job is. After one assessment day he admitted, “I don’t feel great, I’m pretty dead,” and called the process “probably the worst day of the year.”

The mental side gets just as much attention as the physical side. Aleix Casanovas, George Russell’s performance coach, has made the point that knowing when to switch off carries just as much weight as the training itself: “This is the main thing about why we’re here in F1 during the weekends: to remind these guys to switch off. Knowing when to rest is as important as knowing when to push.” That balance, between relentless physical preparation and deliberate recovery, is the same approach used across most modern elite sport.

What Separates Champions From the Rest

Being fit enough to finish a Grand Prix is one thing. Winning championships is another, and the gap between the two tends to come down to a handful of qualities that are harder to train than raw fitness.

Mental resilience is usually cited first. Fernando Alonso’s reputation as one of the toughest competitors of his generation was built over two world titles and two decades of racing, and it shows up in how rarely he is rattled by a bad session or a bad strategy call. Charles Leclerc is the clearest current example of the opposite side of that coin: a driver with the outright speed to win a championship who, through the end of the 2025 season, still hadn’t done it, a reminder that raw pace alone does not decide titles.

Adaptability counts for just as much. Jenson Button’s win from 21st on the grid at the 2011 Canadian Grand Prix, in changing rain and after a drive-through penalty, remains one of the sport’s benchmark examples of a driver adjusting his whole approach to the conditions in front of him rather than the plan he started with.

And precision under fatigue is what separates a driver who can go fast for one lap from one who can go fast, cleanly, for 300km. That’s the thread connecting the neck training, the cardio work and the heart rate data above: none of it is about looking athletic, it’s about still being able to brake at the right millimetre in the closing laps of a two-hour race.

The Verdict

Formula 1 drivers meet every physiological and training-based definition of an athlete that sports scientists currently use. The debate that the original, thinner version of this argument tried to have on vibes alone has already been settled with heart rate monitors, brake pressure sensors and peer-reviewed research. Lando Norris didn’t need to win a Grand Prix to prove that point this year, he just needed to describe what a routine fitness test felt like.

F1 Athlete FAQs

Why do some people doubt that Formula 1 drivers are athletes?

Mostly because they only see a driver sitting in a car, not the cardiovascular load, neck strength and reaction speed that sitting in that car at 300km/h actually demands. Peer-reviewed heart rate data puts F1 drivers’ race workload on par with elite endurance athletes.

What physical demands do Formula 1 drivers face during a race?

Sustained heart rates that can reach 90 percent or more of their maximum, up to 160kg of brake pressure applied roughly 1,200 times a race, cockpit temperatures around 50 degrees Celsius, and fluid loss of up to 5 percent of body weight.

How do Formula 1 drivers train to stay in shape for races?

A mix of cardiovascular training, strength work and dedicated neck conditioning, often five or more sessions a week, alongside structured recovery and mental performance coaching to manage the demands of a race weekend.

Are there mental demands in Formula 1 racing as well as physical ones?

Yes. Drivers need to sustain concentration for up to two hours, process car and strategy data in real time, and manage the pressure of split-second decisions at high speed, which is why most top teams now employ dedicated performance coaches alongside physical trainers.

How do drivers cope with the heat inside an F1 cockpit?

Fireproof race suits are designed to manage heat as much as possible, drivers carry an onboard drinks system to stay hydrated during the race, and much of their off-track training is specifically aimed at improving heat tolerance.

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Article reviewed and updated by Jack Renn, August 2026.

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