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Factory UTV

Can-Am Commander UHMW Front Nose Skid Plate

Can-Am Commander UHMW Front Nose Skid Plate

Can-Am Commander UHMW Front Nose Skid Plate.
Fits: Commander 800, Commander 1000, Commander Max
Model years: (2010-2014) (2015-2020)

(Does not fit newer 2021+ models)

(Nutsert tool recommended for install of nose piece)

Factory UTV Can-Am Commander Front Nose Skid Plate is constructed from ultra tough UHMW (Ultra-High Molecular Weight) plastic. Significantly lighter than aluminum, Factory UTV’s front nose skid is custom molded to fit your Can-Am Commander. This is the same protection Factory UTV Support racers have used to protect their UTV’s while winning every major Pro UTV Endurance Championship race including the Baja 500, Mint 400, King of Hammers, San Felipe 250 and Silver State 300.

Regular price $220.00 USD
Regular price Sale price $220.00 USD
Sale Sold out
Shipping calculated at checkout.

SKU:ComFtNSkd-12

Shipping

Many of our products are built to order and will ship within a week. If you need a product sooner or would like to know when to expect your order to be fulfilled please send us an email at info@factoryutv.net or give us a call at (916)383-2730.
Once your order is placed it may be subject to a restocking fee even if it has not shipped yet.

Learn More About UHMW

UHMW stands for Ultra High Molecular Weight and is the plastic Factory UTV uses to create skid plates, a-arm guards, and rockslides for just about every major UTV model on the market. 

During its manufacturing process, the molecules of this plastic are compacted as densely and close together as possible. UHMW is roughly 100 times denser than HMW, and exponentially denser than ABS or other common plastics.

The UHMW used by Factory UTV is partially made from Recycled UHMW materials, making the constancy more rigid and impact-absorbent than new plastic, allowing the perfect flexing capability needed to endure impacts. Our UHMW has a very low coefficient of friction, making it slippery in rough conditions, but it has the impact resistance and density to withstand some of the harshest environments you can throw at it.

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