Seibon TS-Style Carbon Fiber Hood Honda Civic Coupe 2014-2015 | HD14HDCV2D-TS

Upgrade your Civic with the Seibon TS-Style Carbon Fiber Hood, designed specifically for the 2014–2015 Honda Civic 2-door coupe. This hood delivers a bold, aggressive look while maintaining OEM-style fitment and lightweight carbon fiber construction, making it a popular upgrade for enthusiasts looking to improve both styling and performance.

Built from premium 3K 2x2 twill carbon fiber, the TS-style hood features a vented design that enhances engine bay aesthetics and helps promote heat extraction. Seibon’s manufacturing process ensures a consistent weave pattern, strong resin-to-fiber bonding, and long-term durability suitable for both street and show applications.

Performance & Styling Benefits

• Reduces front-end weight for improved handling response
• Aggressive TS-style vented design for performance-inspired styling
• Helps support engine bay heat dissipation through functional vents
• Enhances overall aerodynamic appearance and visual impact
• Maintains OEM-style bolt-on fitment

Key Features

• Constructed from 3K 2x2 twill carbon fiber
• TS-style vented hood design for aggressive aesthetics
• Reinforced underside structure for added strength
• High-gloss UV-resistant clear coat finish
• Designed for direct OEM hardware installation
• Manufactured by Seibon Carbon with 20+ years of expertise

Fitment

• 2014–2015 Honda Civic Coupe (2DR)
• Fits all trims depending on chassis configuration

Installation Notes

• Professional installation strongly recommended
• Hood pins required for safety
• Heat shielding recommended for vented designs
• OEM struts should NOT be used (carbon fiber is lighter)
• Minor alignment adjustments may be needed for perfect fitment

Why Choose Seibon Carbon?

Seibon is a globally recognized leader in carbon fiber automotive components, trusted for delivering consistent quality, lightweight performance, and show-ready finishes. The TS-style hood is ideal for enthusiasts seeking a balance of aggressive styling and functional airflow design.