Verified at the absolute limit.
Every pre-preg carbon component undergoes rigorous wind-tunnel testing and real-world track validation to ensure flawless aerodynamic balance under extreme thermal loads.
180mph
Thermal Stress Tested
-22%
Drag Reduction
+140kg
Net Downforce
Proven on the limit.
The high-temperature cured carbon didn't deflect a millimeter even after back-to-back hot laps. The front splitter completely stabilized our high-speed turn-in.
Marcus V., Time Attack Competitor
Most aftermarket kits disrupt factory aero, but Arion's rear diffuser actually resolved our high-speed lift without adding measurable drag.
Elena G., GT3 Owner
Aerodynamic telemetry.
Real-time sensor data captured at 150 mph. Our components maintain structural integrity and aerodynamic balance under extreme thermal and mechanical loads.
Drag Coefficient
Thermal Threshold
Downforce Delta
Optimized boundary layer flow reduces overall vehicle drag by 4.2% while maintaining critical engine cooling intake pressure.
Pre-preg autoclave-cured carbon fiber sustains continuous 240°C exposure without weave distortion or resin degradation.
Generates 140kg of net downforce at 150 mph, shifting the aerodynamic center of pressure forward by 1.8% for sharper turn-in.
-4.2%
Drag Reduction
240°C
Max Heat Tolerance
+140kg
Downforce at Speed