Can-Am Maverick X3 HMWPE Underbelly Plates

Fits

Maverick X3 & Maverick X3 MAX (Base & X ds models)

Fitment information supplied by BRP, for guidance. Check that the part fits your vehicle (model, year, modifications) before ordering — our parts team can confirm it.

Installation instructions (BRP)

Description

• Introducing the HMWPE Underbelly Plates for the Can-Am Maverick X3 – the ultimate armor for your off-road adventures! Crafted from abrasion-resistant High Molecular Weight Polyethylene (HMWPE), these plates glide effortlessly over obstacles, ensuring a smooth ride while providing superior protection. Lighter than aluminum yet boasting a formidable 3/8” thickness, they deliver unmatched impact strength and stress crack resistance. Designed for mid protection with extended coverage for the clutch area, these plates are standard on select Maverick X3 models from 2019 onwards. Gear up and conquer the wild with confidence!
• Vehicle Protection
• Our plastic plates glide smoothly and silently over obstacles, offering great protection in rough terrain.
• High impact strength.
• Ultra-sturdy 3/8” (9.5 mm) thickness.
• Provides mid protection plus extended coverage for clutch area.
• Standard on Maverick X3 X rs and Maverick X3 MAX X rs 2019 to 2021.
• Standard on Maverick X3 X rc and Maverick X3 MAX X rc 2022 and up.
• Materials & Construction
• Made of abrasion-resistant thermoformed High Molecular Weight Polyethylene (HMWPE).
• Lighter than aluminum.
• Superior stress crack resistance.

Features

• Vehicle Protection
• Our plastic plates glide smoothly and silently over obstacles, offering great protection in rough terrain.
• High impact strength.
• Ultra-sturdy 3/8” (9.5 mm) thickness.
• Provides mid protection plus extended coverage for clutch area.
• Standard on Maverick X3 X rs and Maverick X3 MAX X rs 2019 to 2021.
• Standard on Maverick X3 X rc and Maverick X3 MAX X rc 2022 and up.
• Materials & Construction
• Made of abrasion-resistant thermoformed High Molecular Weight Polyethylene (HMWPE).
• Lighter than aluminum.
• Superior stress crack resistance.