Agency power carbon fiber front doors maverick x3

Upgrading the doors on the Can-Am Maverick X3 is one of the first mods most people do. This is to prevent debris from hitting you below the half doors that come from the factory. While there are many aluminum door products out there, Agency Power has designed the ultimate door upgrade available! The new Agency Power carbon fiber doors for the Can-Am Maverick X3 are available to fit the 2 door and 4 door X3 Turbo, X3 X DS Turbo R, and the X3 X RS Turbo R. These doors are a full 1 piece carbon fiber construction designed to fit with the stock door metal frames. Even the factory door latch mechanism is retained. The interior of the doors are a black gel coat finish. With the addition of a door bag or pad, the inside of the cockpit is extremely functional like stock. The doors are designed to be lightweight and sturdy to take abuse. The exterior of the doors is a 2x2 carbon weave with a high gloss clear coat finish. For those wanting to avoid scratches or rock chips, Agency Power recommends having the doors covered in clear bra similar to a car’s front bumper or we offer Ceramic Coating optionally. Agency Power has been in the carbon fiber business for many years. Our high quality carbon components have been used in many applications from racing seats to exotic vehicle parts. The carbon fiber doors are a great upgrade to really make you stand out amongst other Can-Am X3 owners!

Sold as FRONT doors only. Rear doors sold separately.

Features:

• Carbon fiber construction
• Full door protection
• Designed as an OEM replacement
• Works with factory frame and door latch
• Lightweight design

Options:

• Ceramic Coating Available to Keep Up Finish and Improve Durability

Fitment:

• 2017-2019 Can-Am X3 Turbo, X3 X DS Turbo R, X3 X RS Turbo R 2 Door
• Will also fit the front of the Can-Am X3 Max

Note:

• Does not include the door frames or hardware. This product is a replacement for the factory plastic and is designed to work with the factory door frames. Lower door frames are recommended for added rigidity.