Polaris Ranger 1000 High-Clearance Rear Offset UTV A-Arms

Beef Up Your Suspension
Working hard or hardly working? With a Polaris Ranger 1000, you can excel at both as long as you’ve got the right parts to keep you going. That’s why SuperATV designed these High Clearance 1.5” Rear Offset A-Arms. The unique bend design delivers extra clearance and the rear offset extends your wheelbase, allowing you to run bigger tires without even installing a lift kit! They’re made strong with 1.25” tubing that’s larger and more dependable than your stock control arms. You’re not getting the most out of your Ranger until you’ve upgraded with SuperATV.

Quit Getting Stuck
Extra ground clearance and room for bigger tires make these arms awesome. Our A-arms use a unique bend design to give you an extra 1.5” of ground clearance. Pair that with the extra tire clearance of a 1.5” rear offset, and you’ve got one rowdy Ranger. Extra stability, ground clearance, and tire clearance let you keep the pedal down and ride the roughest trails.

Strength You Can Count On
These A-arms are made with 1.25” tubing, which is 25% bigger than your OEM arms. We finish them off with a sleek powder-coated finish. Not only does the powder coating make them look awesome, but it also adds corrosion resistance and longevity to your suspension.

To top it all off, we back all that strength with a lifetime warranty. Want to push your new rear A-arms to the limit? With SuperATV in your corner, there’s no reason not to.

Industry-Leading Adjustable Pivot Blocks Your rear offset A-arms also come with industry-leading adjustable pivot blocks. You get total control over your camber. That means you can reduce premature wear on your tires and components and maintain the ride feel you want. We make sure they’re adjusted to stock specifications right out of the box, so you only have to mess with them if you want to.

California Proposition 65 Warning ⚠
WARNING: This product may contain a chemical known to the State of California to cause cancer or birth defects or other reproductive harm.