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SeetheScience

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This one's for the curious, the F1 Redditors, the engineers at heart, and the newcomers looking for somewhere to start. We see your curiosity. We feel your passion.

A window into the world of the most technologically advanced sport on Earth. We're inviting you to explore the science that doesn't just make Formula One, but inspires a new generation. 

This is downforce increasing with the square of speed; this is carbon bonding with oxygen to fuel hundreds of horsepower; this is Bernoulli's principle and Newton's Second Law.

An insight into the brave technical innovation that defines F1 and the minds who make it possible; we're connecting fans to the engineering, data, and ingenuity that drives the sport they love. It's not just science. It's undeniably cool. 

This is your invitation to See the Science.

SEE THE SCIENCE

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AERODYNAMICS

An F1 car turns air into a force more than six times stronger than gravity.

CHASSIS

Carbon fibre composite monocoque has a torsional stiffness of more than 25,000Nm/deg.

POWER UNIT

At 11,000 revolutions per minute, an F1 engine tries to rip itself apart more than 15,000 times during a 90-second lap.

  • Parts measured to within
    2µm
  • Tyres inflated with
    N2
  • Data transfer from track
    300ms
F1 is an engineering discipline with a creative side – but it has to be creative for an engineering reason to make the car go faster.
Adrian Newey – Managing Technical Partner
OUR TITLE PARTNERSHIP

Aston Martin F1 and Aramco

Solving challenges. Fuelling progress. Inspiring the next generation.

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CAREERS

Join the team

You've seen the science. Now apply it. Discover careers at Aston Martin Aramco Formula One Team.

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