ANATOMY OF AN F1 CAR: Deconstructing Every Critical Component
Speed • Technology • People • Progress — More Than a Car. A Symphony of Science • Precision Engineering. Extreme Performance.
“Every part has a purpose. Together, they create speed.”
Over 14,500 individual parts assembled in complete mechanical synergy to extract every tenth of a second on track.Chassis, Controls & Aerodynamic Structures
Front Wing
Generates immediate front-axle downforce and conditions the airflow sent around the front tyres and under the floor.
Suspension
Double wishbone suspension system that maintains the tyre contact patch in optimal relationship with the track surface.
Chassis (Monocoque)
Ultra-strong carbon-fibre survival cell. Protects the driver from heavy impacts while serving as the main structural backbone.
Steering System
Provides precision directional control with hydraulic or electric power assistance, paired with a multifunction digital interface.
Engine (Power Unit)
1.6L V6 turbocharged hybrid producing over 1,000 hp by coupling thermal combustion with high-output kinetic recovery systems.
Gearbox
8-speed seamless-shift transmission delivering near-instantaneous upshifts in less than 40 milliseconds with zero torque loss.
Rear Wing
Generates essential rear downforce for high-speed stability and articulates open via DRS actuators to shed drag down straights.
Ground Effect, Safety & Performance Systems
Tyres
Bespoke Pirelli slick compounds (Soft, Medium, Hard) engineered to balance lateral grip against thermal degradation.
Braking System
Carbon-carbon ventilated brake discs and multi-piston calipers operating under extreme thermal loads exceeding 1,000°C.
Underfloor & Venturi
Sculpted underfloor tunnels produce ground-effect downforce, pulling the chassis to the track with minimal wake disruption.
Sidepods
Channels cooling air into radiator cores while directing critical aerodynamic downwash toward the rear diffuser and beam wing.
Halo Cockpit Protection
Grade-5 aerospace titanium safety loop shielding the cockpit, engineered to withstand over 12 tonnes of downward impact force.
Fuel System
Kevlar-reinforced fuel cell holding up to 110 kg of fuel, designed to prevent rupture or spillage under severe impact loads.
Total Aerodynamics
Every external millimeter works in unison — from front endplates to the rear diffuser — managing airflow distribution.