Custom Dry Carbon Fiber Hood for Chevrolet Corvette C6

Project Overview

JCAUTO developed a direct-replacement dry carbon hood for the Chevrolet Corvette C6. A hybrid layup of prepreg carbon fiber and Kevlar cuts weight while improving impact and weather resistance. Cooling vents, mounting accuracy, and a brandable surface were all proven through full engineering validation.

Project Info

Project Name	Custom Dry Carbon Fiber Hood – Chevrolet Corvette C6
Project Timeline	Standard JCAUTO reference cycle: after design data is confirmed, most projects complete first samples in 45-58 days (CNC mold making 15-20 days, mold replication 20-25 days, sample production 15-20 days; early design and confirmation time not included).
Order Quantity	50 sets
Client Type	Motorsport performance brand
Process Type	3D scanning + CFD + prepreg dry carbon / Kevlar hybrid autoclave

*The dry carbon hood installed on the Corvette C6*

Client Requirements

A performance brand needed a replacement dry carbon hood for track-focused projects: much lower front-end weight, working cooling vents, direct installation on the factory hinges and latch, plus impact resistance, dimensional stability, and no yellowing after long-term outdoor use.

Scope of Customization

JCAUTO delivered a hybrid structure of prepreg carbon fiber with Kevlar reinforcement, custom vents, air ducts and raised styling, CNC molds with verified mounting points, and gloss or matte UV anti-yellowing clear coat, with custom logos and packaging.

One-piece molding raises overall stiffness and reduces joints. Heat-resistant resin systems are available for high-temperature engine bay areas, and surface options include 3K twill, plain, 12K, forged, and colored carbon, with Kevlar added where extra strength is needed.

Carbon + Kevlar hybrid weave used in the hood structure
CFD-guided design optimization of the hood and vents

Pain Point

A traditional metal hood carries a lot of weight over the front axle, which hurts front-end response. Basic carbon, fiberglass, or plastic hoods can suffer from weak impact resistance, cracking and warping, off-position hinge and latch holes, and long-term yellowing and gloss loss – leading to installation rework, after-sales risk, and damage to brand trust.

Solution

The carbon + Kevlar hybrid layup cuts weight while raising impact and deformation resistance. This hood is a functional part, not just a styling piece: more than 150 CFD simulation runs, together with 3D scanning, rendering, and reverse engineering, shaped the final design. CNC mold accuracy keeps it a true bolt-on replacement.

Curing, finishing, and UV clear coat are fully controlled in-house. Every piece is tested against dimensional, impact, -40 to 80 degrees C temperature cycling, 72-hour rain, and 1,000-hour UV exposure standards before shipment.

CNC mold for the hood
Inner structure with Kevlar reinforcement

Final Result

The hood delivers clear weight savings with functional cooling. Impact and weather resistance passed the full test set, and the hood installs directly on the factory mounting points with no extra fitting work. The Kevlar-reinforced structure and CFD-proven design give the product real track credibility, helping the client build a premium, differentiated product line with stable repeat orders.