Seibon HD0607VWGTIB-DV DV-Style Carbon Fiber Hood with Shaved Emblem

The Seibon HD0607VWGTIB-DV is a DV-style carbon fiber hood with shaved (smoothed) emblem area, designed as a direct bolt-on replacement for the factory hood. Crafted from high-quality Grade AA carbon fiber using a hand-laid, wet carbon fiber construction process, this hood delivers a significant reduction in weight over the stock unit while adding an aggressive, motorsport-inspired appearance.

Seibon's manufacturing process produces a consistent, tight weave pattern throughout the panel, combined with an optimized carbon-to-resin ratio for exceptional stiffness and structural strength. Every hood is built using a one-piece mold construction to prevent splitting, and features a rolled edge finish rather than a cut edge for superior fit and aesthetics.

Key Features:

• DV-style hood with shaved (smoothed) emblem area for a clean, seamless look
• Hand-laid, wet carbon fiber construction using Grade AA carbon fiber
• Consistent weave pattern with optimized carbon/resin ratio for added stiffness and strength
• One-piece mold construction with rolled carbon edges for improved durability and style
• Skeleton underside structure provides support and rigidity comparable to the OEM hood
• Factory-style hood latch included for straightforward installation
• Compatible with OEM hinges, latches, and windshield washer sprayers — 100% bolt-on fitment
• Glossy UV-protective clear coat finish — resistant to chipping, flaking, and UV-induced fading or discoloration
• Rigorously inspected before shipping as part of Seibon's multi-step quality control process
• Backed by Seibon's clear-coat warranty and fitment guarantee

Installation Note: While this hood is a direct bolt-on replacement, the use of hood pins is strongly recommended for vehicles driven on public roads or racing circuits as an added safety measure.

Seibon Carbon has been producing premium carbon fiber automotive body components since 2003 and is a proud member of the Specialty Equipment Market Association (SEMA).