COBB 846665-KIT-RMC Fuse Cover Kit Redline (Carbon Fiber / Matte) for SUBARU WRX (VB) 2022- Photo-0
COBB 846665-KIT-RMC Fuse Cover Kit Redline (Carbon Fiber / Matte) for SUBARU WRX (VB) 2022- Photo-1
COBB 846665-KIT-RMC Fuse Cover Kit Redline (Carbon Fiber / Matte) for SUBARU WRX (VB) 2022- Photo-2
COBB 846665-KIT-RMC Fuse Cover Kit Redline (Carbon Fiber / Matte) for SUBARU WRX (VB) 2022- Photo-3
COBB 846665-KIT-RMC Fuse Cover Kit Redline (Carbon Fiber / Matte) for SUBARU WRX (VB) 2022- Photo-4
COBB 846665-KIT-RMC Fuse Cover Kit Redline (Carbon Fiber / Matte) for SUBARU WRX (VB) 2022- Photo-5

COBB 846665-KIT-RMC Fuse Cover Kit Redline (Carbon Fiber / Matte) for SUBARU WRX (VB) 2022-

Sale price€317,73

VAT included. Shipping calculated at checkout

COBBP/N: 846665-KIT-RMC
Quantity:

This item is considered special order and is not available for immediate pickup or dispatch. Price and ETA may vary. Please note that no returns, cancellations, or refunds allowed on special orders.

 More payment options
Pickup available at Kelberg Warehouse Usually ready in 24 hours

COBB 846665-KIT-RMC Fuse Cover Kit Redline (Carbon Fiber / Matte) for SUBARU WRX (VB) 2022-

Kelberg Warehouse

Pickup available, usually ready in 24 hours

Auf der Struth 4
53539 Kelberg
Germany

+4926916879995

Nürburgring Showroom

Pickup available, usually ready in 24 hours

Nürburgring Boulevard 2
53520 Nürburg
Germany

+4926916879995

The Matte Redline Fuse Cover Kit includes both of our fuse covers, one for the larger fuse box on the driver's side and a smaller for the passenger side.

Each cover is constructed of solid carbon fiber featuring a 2x2 twill weave pattern. It is finished in a durable, high quality matte finish coat and is marked using our bespoke Redline badging. Covers are held securely in place with double sided adhesive.

Features

  • 2x2 Twill Carbon Fiber Weave
  • High Quality Matte Finish
  • Bespoke COBB Redline Badge
  • Kit includes both driver and passenger side covers
  • Carbon fiber parts are hand laid, slight imperfections or weave pattern variances can be expected.