The world's premier exchange for decommissioned Formula 1 chassis, power units, and authentic aerodynamic components. Backed by rigorous telemetry and expert engineering analysis.
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Complete rolling chassis from the screaming V10 era. Includes original suspension wishbones and carbon brakes.
Race-used complex multi-element front wing assembly in raw carbon weave. Incredible display piece.
Authentic race-used steering wheel. Fully functional PCU-8D display screen and rotary switches.
Decommissioned 1000+ HP thermal efficiency powerhouse. Preserved in static display condition with original exhaust headers.
Original carbon-kevlar floor assembly featuring ground-effect channels and flexible edge-skirt strakes.
Autographed race-worn ultra-lightweight carbon fiber helmet complete with Hans anchors and drinking tube line.
Authentic monocoque shell converted for esports and driver training with quad-actuator haptic motion.
Complete left & right axle assembly with carbon cooling scoops, ducting, and telemetry sensors.
Explore our high-speed photography archive capturing aerodynamic pressure vortices, glowing carbon brake rotors under heavy braking, and precision monocoque craftsmanship.
A pinnacle of internal combustion engineering. This naturally aspirated 3.0L V10 chassis represents the golden era of F1 sound and lightweight agility. Fully restored carbon-fiber monocoque, complete with original wiring loom and inboard pushrod suspension geometry.
| PARAMETER | SPECIFICATION | NOTES |
|---|---|---|
| Chassis Construction | Carbon-fibre honeycomb composite | FIA homologated crash structure |
| Dry Weight | 605 kg (including driver) | Pre-hybrid era regulations |
| Engine Capacity | 3.0 Litre, 90° V10 | Capable of ~900 BHP |
| Max Downforce @ 250km/h | ~1500 kg | Track dependent (Monaco vs Monza) |
Authoritative, deep-dive technical articles analyzing modern Formula 1 engineering, telemetry data, and race strategy. Written by FIA-credentialed aerodynamicists and data engineers.
TL;DR: Modern 2022+ F1 cars generate up to 60% of their total downforce from the underfloor Venturi tunnels using the "ground effect" principle, allowing them to follow each other closer with less dirty air compared to the over-body aero era.
When the FIA overhauled the technical regulations for the 2022 season, the objective was clear: reduce the catastrophic wake (dirty air) that prevented cars from racing closely. The solution was a return to ground effect aerodynamics, a concept banned in the early 1980s for safety reasons but resurrected with modern safety structures.
Instead of relying on complex bargeboards and highly sensitive front wings, modern chassis feature massive Venturi tunnels under the sidepods. As air channels through the narrowing throat of the tunnel, its velocity increases, creating a low-pressure zone that literally sucks the car into the tarmac.
Dr. Adrian Veloce
Former F1 Aerodynamicist | PhD Fluid Dynamics
Analyzing overlapping telemetry plots from corner apex to exit kerb to identify traction limitations and differential settings.
How race engineers map electrical energy harvesting and deployment across a lap to prevent clipping on long straights.
How real-time infrared tire carcass temperature readings determine pit window strategy and undercut probability.