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Reference · Glossary

Every F1 term, explained.

Plain-English definitions of every Formula 1 term — aero, strategy, regulations, and the paddock slang commentators never stop to explain.

The lexicon

F1 terms

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21 of 87 terms

Best matchA–ZRecently updated
  • BouncingCarsBouncing in F1 refers to the vertical oscillation of a car, primarily caused by aerodynamic forces interacting with the suspension and ride height.
  • Brake BiasCarsBrake bias in Formula 1 refers to the adjustable front-to-rear distribution of braking force, crucial for optimizing car stability and stopping power.
  • DifferentialCarsThe differential in an F1 car is a mechanical component that allows driven wheels to rotate at different speeds, crucial for cornering performance and tire management.
  • DiffuserCarsThe diffuser is a crucial aerodynamic component at the rear of an F1 car, designed to accelerate airflow from beneath the car, creating powerful downforce.
  • DownforceCarsDownforce is the aerodynamic force pushing a Formula 1 car into the track, increasing grip and enabling higher cornering speeds.
  • DragCarsDrag in Formula 1 is the aerodynamic resistance a car experiences when moving through air, directly impacting top speed and fuel efficiency.
  • FloorCarsThe F1 floor is a critical aerodynamic component beneath the car, generating significant downforce through ground effect to push the car onto the track.
  • Front WingCarsThe Formula 1 front wing is a crucial aerodynamic component at the car's front, generating downforce and managing airflow to the rest of the vehicle.
  • Ground EffectCarsGround effect is an aerodynamic principle in Formula 1 where a car's underbody shape generates significant downforce by accelerating airflow beneath it.
  • HaloCarsThe Halo is a mandatory, three-pronged titanium cockpit protection device designed to shield a Formula 1 driver's head from impact with debris or other cars.
  • MGU-HCarsThe MGU-H (Motor Generator Unit – Heat) is a vital component of Formula 1's hybrid power units, recovering heat energy from the exhaust turbocharger to generate electrical power and eliminate turbo lag.
  • MGU-KCarsThe MGU-K, or Motor Generator Unit–Kinetic, is a crucial hybrid component in F1 power units that recovers and deploys kinetic energy.
  • MonocoqueCarsThe monocoque is the central, single-piece structural core of a Formula 1 car, forming the driver's safety cell and primary chassis component.
  • Paddle ShiftCarsPaddle shift refers to the steering wheel-mounted levers F1 drivers use to manually change gears, enabling rapid, precise control over their car's immense power.
  • PorpoisingCarsPorpoising is an aerodynamic phenomenon in Formula 1 where cars bounce violently at high speeds due to rapid changes in downforce, significantly impacting driver comfort and performance.
  • Power UnitCarsThe Power Unit (PU) is the complex hybrid powertrain in a Formula 1 car, combining an internal combustion engine with multiple energy recovery systems.
  • Rear WingCarsThe rear wing on a Formula 1 car is a critical aerodynamic device that generates downforce, enhancing grip and stability, especially through corners.
  • Ride HeightCarsRide height in Formula 1 refers to the vertical distance between the car's reference plane and the ground, crucial for aerodynamic performance.
  • SidepodCarsSidepods are the aerodynamic structures on either side of an F1 car, crucial for cooling internal components and managing airflow to the rear.
  • Turbo LagCarsTurbo lag is the delay between a driver pressing the accelerator and the turbocharger delivering full power to the engine.
  • Venturi TunnelsCarsVenturi tunnels are shaped channels beneath an F1 car's floor, crucial for generating downforce by accelerating airflow and creating a low-pressure zone.

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