Custom Forged Carbon Fiber Hybrid Wheels
Aerospace 6061-T6 forged centers fused to autoclave pre-preg carbon fiber barrels. The ultimate engineering weapon for trackday exotics and hypercars demanding peak transient agility and brake cooling.
Up to -40%
Lower polar moment of inertiaAutoclave 7-Bar
135°C consolidation, <0.5% voidsGrade 5 Titanium
Ti-6Al-4V shear bolts + isolation400°C+
High-Tg carbon ceramic brake ratedFusing Aerospace Metallurgy with Carbon Polymer Dynamics
Forged aluminum delivers limitless design freedom and structural spoke geometry. Carbon fiber delivers featherweight rim barrels with unmatched stiffness-to-weight ratios. We engineer both into an indivisible hybrid union.
Up to 40% Unsprung Mass Reduction
Radical Moment of Inertia (MOI) Reduction
By replacing the heaviest aluminum perimeter section (the outer barrel) with continuous carbon fiber, rotational inertia is slashed by up to 40% vs. cast wheels and 20–25% vs. forged monoblocks. The result is instantaneous throttle tip-in, razor-sharp steering turn-in, and dramatically reduced braking distances.
Autoclave Pre-Preg Carbon Barrels
High-Pressure Consolidated Aerospace Composite
Multi-axial pre-impregnated Toray carbon plies are consolidated in high-precision negative steel dies within an aerospace autoclave vessel at 135°C and 7 bar pressure. A specialized high glass transition temperature (Tg) resin matrix withstands sustained 400°C+ radiant heat emitted by carbon-ceramic brake (CCB) rotors.
Titanium Fasteners & Galvanic Isolation
Aerospace Ti-6Al-4V Hardware + Dielectric Barrier
The 6061-T6 forged center face is secured to the carbon barrel with aerospace Grade 5 (Ti-6Al-4V) titanium shear-lock bolts. An engineered non-conductive dielectric isolation barrier completely prevents galvanic electrochemical corrosion between the aluminum star and the conductive carbon fiber weave.
Target Trackday & Hypercar Applications
Custom center-lock and 5-lug fitments engineered specifically to optimize suspension kinematics and aerodynamics on contemporary high-downforce supercars.
| Exotic Platform | Chassis / Hub | Front Wheel Spec | Rear Wheel Spec | Dynamic Performance Advantage |
|---|---|---|---|---|
| Porsche 911 GT3 / GT3 RS / Turbo S | Bespoke Center-Lock or 5x130 PCD | 20x9.5J ET45 (Carbon Barrel) | 21x12.5J ET46 (Carbon Barrel) | Telepathic front turn-in and maximum rear curb compliance on the Nürburgring Nordschleife. |
| Ferrari 296 GTB / SF90 Stradale | 5x114.3 Titanium Stud Lug Conversion | 20x9.5J ET38 | 21x11.5J ET42 | Handles 1,000+ hp instant hybrid electric torque launches while reducing rotational drag. |
| McLaren 750S / 765LT / Artura | 5x112 Direct Hub-Centric | 19x9.0J ET35 | 20x11.5J ET32 | Complements McLaren's ultralight carbon tub architecture for sub-1,350 kg dry weight setups. |
| Chevrolet Corvette Z06 (C8) / E-Ray | 5x120 Hub-Centric | 20x10.0J ET40 | 21x13.0J ET32 | Direct replacement for factory high-priced carbon wheels with bespoke offset customization. |
| BMW M3 CS / M4 CSL / M8 Competition | 5x112 Direct-Drilled | 20x10.0J ET14 | 21x11.0J ET18 | Sheds 18+ kg of unsprung mass, sharpening steering precision on heavy modern performance platforms. |
Autoclave Carbon Fiber Weaves
Classic aerospace twill diagonal pattern finished with UV-blocking mirror clear coat.
Low-sheen satin matte clear highlighting raw carbon fiber weave depth without glare.
Randomized chopped carbon fiber filaments creating a marble-like industrial aesthetic.
Wide-block carbon weave for distinctive bespoke hypercar projects.
Bespoke Billet Disc Finishes
The 6061-T6 forged center face is hand-crafted and sealed to provide stunning visual contrast against the dark high-tech carbon weave.
Acoustic Resonance & Track NVH Suppression
Unlike monolithic aluminum wheels that can ring like a tuning fork over harsh rumble strips and expansion joints, continuous carbon fiber features inherent viscoelastic damping properties. High-frequency road vibration is dissipated within the polymer matrix, resulting in exceptional high-speed refinement and reduced driver fatigue over 60-minute endurance stints.
Configure Your Carbon Fiber Hybrid Build
Submit your supercar chassis code, carbon weave preference, and brake disc diameter. Our engineering department returns FEA clearance analysis and formal CAD drawings within 24 hours.