Seibon HD0809INFG372D-OE OE-Style Gloss Carbon Fiber Hood

The Seibon HD0809INFG372D-OE is an OE-style carbon fiber hood engineered to deliver a factory-correct appearance with a dramatic reduction in weight. Constructed from high-grade carbon fiber, this hood replicates the clean, stock profile of the original while saving up to 50% of the weight compared to the factory steel panel.

Designed as a true bolt-on replacement, this hood is engineered to accept all factory hinges, latches, and windshield washer sprayers for a straightforward installation. Seibon test-fits all parts before offering them for sale, and fitment is guaranteed for all US-modeled vehicles.

Key Features:

• OE-Style Design: Replicates the factory hood profile for a clean, understated look with premium carbon fiber construction
• Hand-Laid Carbon Fiber: Each panel is hand-crafted using a consistent weave pattern for uniform strength and appearance
• High Carbon/Resin Ratio: Optimized carbon-to-resin ratio produces exceptional panel stiffness and structural integrity
• Gloss Clear Coat Finish: Finished with a glossy clear coat for a deep, wet appearance that resists chipping and flaking
• One-Piece Carbon Sheet: Built from a single carbon sheet integrated directly into the mold, eliminating weak points caused by multiple overlapping sheets
• Significant Weight Reduction: Weighs up to 50% less than the factory hood, contributing to improved performance and front-end balance
• Backed by Seibon's Warranty: Includes a 6-month limited clear coat warranty with fitment guarantee for US-modeled vehicles

Installation Notes: Hood pins are required for all applications. A heat shield is also required. Do not reuse factory hood shocks or dampers. Minor adjustments may be needed for a precise fit, which is normal for aftermarket body panels.

Seibon Carbon has been a leader in high-quality carbon fiber automotive body components since 2003, with products featured at SEMA and in professional racing. The HD0809INFG372D-OE represents Seibon's commitment to producing performance-oriented components that reduce weight without compromising style or durability.