Product Description
Anderson Composites Fiberglass Halo Rear Doors with Carbon Fiber Inserts | 4 Door (Bronco 2021+)
- Halo design improves off road trail driving visibility
- Doors for off road use only, not for street use
- Vacuum infused process with fiberglass cloth, white gel coat finish and 3K, 2x2 carbon fiber twill inserts
- Doors do not include locations for OE interior panels, accessories, or glass
- Mounts with OE hardware, transfer stock door hinge to halo door
- Includes weather-stripping
- Must pre-fit the doors to the vehicle before painting to ensure proper fit
- May require modifications for correct fitment. Minor adjustments may be necessary as part of the normal installation process.
- Additional pre paint materials may be required to achieve the desired finish
- Hand crafted
- Anderson Composites is a supplier of carbon fiber products for Ford Performance Parts.
Notes:
** PLEASE ALLOW A LEAD TIME OF 1-2 WEEKS FOR PRODUCTION AND SHIPPING
*** Items sold by Anderson Composites may not be legal for street use in all states or countries. It is the buyer’s responsibility to comply with applicable state or country laws. Buyer understands that due to strict U.S. Federal and State safety crash guidelines, Anderson Composites is not responsible or liable for any damages or possible injuries incurred upon possible accidents due to driver error, incorrect installations, bad judgment, or act of nature/God, Allah, Jehovah, etc. All products are intended for off-highway uses only, and should be used for their intended purposes only. Anderson Composites does not take responsibility over buyer installation, modification, and unusual stress of the products. Anderson Composites will not be held liable for anything other than the sale or exchange of said part and will not incur any other costs. The buyer assumes all responsibilities for determining the suitability of the products. Anderson Composites is not responsible for any damages incurred either directly or indirectly on the vehicles or operators/passengers within the vehicles.
