F1 driving requires intense strategy, endurance, and strength

Formula 1 cars are the peak of human engineering, and the humans driving them must have exceptional skills to master their cars. This Wired video talks to former performance coach Clayton Green to uncover what makes Formula 1 drivers such unique athletes. Learn why drivers focus on neck strength to combat extreme g-forces, and what those forces do to a driver's body over a race.

F1 cars have evolved through the decades

Formula 1 has continued to evolve since its first race in 1950. Early cars featured front-mounted engines, narrow tires, and speeds of up to 180 mph. In 1958, rear-engine designs, like the Cooper T43, improved handling and balance. The 1960s brought lightweight materials and wings, which enhanced stability by generating downforce. Ground-effect designs of the 1970s revolutionized grip and cornering but were banned in 1982 due to safety concerns. By the 1990s, hybrid turbo engines and energy recovery systems emerged, improving performance. Today's F1 cars integrate advanced aerodynamics and hybrid technology, reaching speeds of over 220 mph.

What it feels like to crash an F1 car

Crashes are common in Formula 1, but due to improvements in safety measures like the HANS device and the "halo," driver deaths are far less common. But what does it feel like to crash? This video features the world's top drivers talking about specific crashes and their thought processes as they head toward the wall at 150 mph.

Why F1 cars don't have cockpits

F1 racing cars go over 200 mph, making fatal crashes inevitable throughout its history. Car models have changed many times to make them safer, but the sport has never adopted a closed cockpit, a perhaps obvious solution to protecting drivers from fast-flying debris. Instead, F1 cars have a halo-shaped top, which helps cool drivers, allow for quick escape, and more. Watch a breakdown here.

After a tragic 3 decades, F1 created better safety measures

The first three decades of Formula 1 saw 41 drivers die in competition; since 1980, only 11 have perished. The reduction is due, in large part, to better safety measures. This article highlights every safety improvement made by year since F1 started, and describes the accidents or deaths that led to the rule changes.

Formula 1 cars are the world's fastest regulated road-course racing automobiles

F1 is the highest international level of open-wheel racing, where the wheels are not covered by the car's body, differing significantly from the NASCAR auto, which has covered wheels.

F1 is a billion-dollar industry

But that money doesn't come easily. Team principals have to constantly ensure money is coming in to fund their million-dollar cars every weekend. This CNBC video explores all the costs of running a team. It also shows how team principals woo sponsors and find ways to maximize their technology with a cost cap.

A list of every F1 team

This FIA interactive lists all 11 Formula 1 teams and is organized by team points during each season. Learn who the drivers are for each team and see what their cars look like. Click into the team and get a profile and history. Each driver has a profile page that includes biographical information and the latest news.

There were 12 on-track fatalities in the 1970s

The decade found engineers pushing Formula 1 cars to their limits. The cars were faster than ever and drivers were taking bigger risks to win. Safety features, however, remained the same. With vintage footage and driver interviews, this Daily Fuel Up video explores some of the wildest crashes from the era and, importantly, what changes FIA made following the decade’s 12 driver deaths.

F1 pit crews change tires in less than 3 seconds

Roughly 16 people cooperate in a highly coordinated sequence of events to swap tires mid-race without losing the driver any time. Watch a slowed-down explanation of each person's job in the crucial pit-lane moment.

Over 120 cameras are used to film a single F1 race

Watching a Formula 1 race today is an immersive experience. Every car has onboard cameras; there are helicopter, drone, and lift shots; nearly every corner has a camera to document drivers jockeying for position; and over 120 cameras are used to film a single race.

The cars were originally produced by European manufacturers like Alfa Romeo, Ferrari, and Maserati

Other than the four wheels and open top, the early Formula 1 cars have little in common with today’s machines. But the era has a rich history. Using historic video and photos, this hour-long documentary details the iconic drivers of the 1950s, the evolution of the premier teams, and how the era left its mark on the sport that’s still being felt today.

Every world champion in F1 history

Over the last decade, Max Verstappen and Lewis Hamilton have dominated the podium, and their Red Bull Racing and Mercedes teams have taken every Constructors' Championship since 2010. But which team had the most championships in the 1950s? Who has the most Drivers' Championships in Formula 1's history? This article shows every Drivers' and Constructors' champion since the start of Formula 1 in the 1950s.

A 'halo' protects drivers

After the 2015 death of driver Jules Bianchi, Formula 1 mandated that all cars include a protective barrier called a “halo.” This video breaks down how that measure saved the life of Romain Grosjean, who survived a horrific crash in 2020 at a race in Bahrain and later credited the halo as the reason for his survival.

Principals are important pieces of F1 teams

In the Big Four American sports, teams have a head coach to lead the team and a general manager to run the business side. In Formula 1, they have a team principal, who speaks publicly on behalf of the team, manages the team's personnel, and engages with F1's governing body.

A Netflix docuseries turned the sport into a national obsession

Throughout much of its history, Formula 1 racing was a European sport that failed to ever find a major audience in the US. That changed with "Drive to Survive," the Netflix docuseries that premiered in 2019. This analysis from two communications professors unpacks how the series has successfully presented the sport for an American audience and cultivated a dedicated fanbase in the process.

Grands Prix run March through December at circuits across 5 continents

F1's season crosses five continents in locations steeped in history and meaning for drivers, teams, and the sport. There are 22 events in 2026, starting in Australia and ending in Abu Dhabi in the United Arab Emirates.

Ayrton Senna and Alain Prost had one of the sport's most intense rivalries

The men were teammates at McLaren in the 1980s, but you wouldn't know it watching them on the track. Senna dominated the sport from 1984 to 1994, but Prost—who retired in 1993—is considered the best in F1 history.

Winter Olympic sports highlight various laws and principles of physics

Figure skaters leverage the conservation of angular momentum during spins by tightening their bodies, and the skintight suits used in ski jumping help reduce drag. Centripetal force allows speedskaters to make tight turns, while friction on skis helps ski mountaineers climb slopes. No action can violate the conservation of energy.

Developing adaptable brain-body systems lets athletes thrive beyond 30

Success in high-level sports after age 30 relies on physical fitness and building brain resilience through deliberate training, recovery, and stress regulation. This creates a feedback loop where body and mind reinforce each other.

NASCAR automobiles have become significantly more complex over time

The first generation of NASCAR automobiles were nearly identical to on-the-street models, with no modifications allowed to the body or frame. They even raced with doors. Fast-forward 75 years and the cars are 670-horsepower machines designed for racing.

The first F1 sponsor was a cigarette brand

Early F1 cars were typically painted in the team’s national colors, but in 1968, Team Lotus replaced the British racing green with paint resembling their new sponsor, Imperial Tobacco. The sponsorship was a first in the sport and altered the visual and financial landscape of F1 forever.

NASCAR’s SAFER barriers help reduce tragedies at races

Following the death of Dale Earnhardt Sr. in 2001, NASCAR changed its culture to be safety-first. Part of its changes were to install barriers along tracks that would help absorb the majority of g-forces in a crash. This Daily Downforce article walks through the history of the SAFER barriers, why NASCAR originally chose concrete, and how much of the tracks are covered today.

The first official Formula 1 World Championship race was in 1950

On May 13, 1950, Formula 1 held its first race at Silverstone in the UK. Over 150,000 people, including the British monarch (and future Queen Elizabeth II), turned out to watch the field of 28 cars over the 70-lap race. The race wasn't very competitive, but it's still a fascinating artifact to observe.

Each person on a racing pit crew has a specific task

No matter what track a NASCAR driver is on, they will eventually need a pit stop to change tires and add fuel. When the cars skid into their pit box, every millisecond counts. This long-form documentary from Joe Gibbs Racing shows the training each pit crew member goes through.

How endurance athletes can build resilience

Long-distance runners and other endurance athletes can improve their performances using tips explored in this article. Findings from two recent studies show that strength training, high-altitude training, and intense interval sessions are all potential methods for ameliorating long-term athletic capabilities.

F1 team Renault crashed one driver's car to have the other win a race in 2008

Using rules regarding crashes that require all drivers to slow down (and often take a pit stop), floundering Team Renault asked Nathan Pinquet, Jr., to crash to help teammate Fernando Alonso win. The scheme worked, but when the team fired Pinquet a year later, he revealed the conspiracy, dubbed "Crashgate."

Why professional tennis players are so picky about balls before serving

Just as swimmers shave their bodies before competitions to swim faster, experiments show that tighter, less fluffy balls experience less drag forces when moving through the air and thus produce faster serves at the cost of less control. Players may select a fuzzier ball in scenarios that call for safer, more cautious play.

Self-driving formula cars race in the Abu Dhabi Autonomous Racing League

The league and high-speed versions of traditional cars help to showcase the capabilities of driverless vehicles and the reliability of their AI systems. Leonardo da Vinci first imagined the idea for such machines in the 16th century.

Contestants in an annual extreme sports competition are encouraged to use steroids and growth hormone, using athletes as guinea pigs.

Austin Dillon appreciates the nuts and bolts of car safety after his horrific crash

When Austin Dillon’s No. 3 car left the Daytona track in 2015 and smashed into the safety net protecting the grandstands, his car shattered, leaving only the driver’s cage spinning on the infield. Crew members from every team sprinted to the mangled wreck, and miraculously, Dillon walked away.

Today's cars use turbocharged hybrid engines and AI-assisted technologies

In addition to enhanced speed, serious accidents and technological advances have led to major innovations, leading to more aerodynamic and more protective cars.

'The man who can drive himself further once the effort gets painful is the man who will win.'

- Roger Bannister (1929-2018)

Senna died after a crash at the San Marino Grand Prix in 1994

When Ayrton Senna tragically died at the 1994 San Marino Grand Prix, it shocked the Formula 1 world. He was not only the best in the sport but at the top of his game. The tragic episode came just a day after driver Roland Ratzenberger died during qualifying.

Strength training appears to make for a healthier, youthful-looking brain.

The quintuple jump in figure skating is feasible, according to physics

As of 2025, many figure skaters feature jumps with four spins in their routines by achieving rotation rates of 400 RPM over 20 inches off the ground. By increasing one's rotation rate to about 430 RPM or jumping closer to three feet off the ground—a height reached by NBA players—five spins are possible.

The impact of gravitational force on our bodies surprised early coaster riders and engineers

There is only a certain amount of gravitational force that the body can handle before dealing with consequences like short-term vision loss or unconsciousness. Increased scientific understanding has largely reduced these impacts, with engineers combining periods of intense pressure with periods of relief.