Polaris RZR RS1 Heavy-Duty Axle—Rhino 2.0 by SuperATV

Tackle Rougher Terrain with Confidence
If you’ve ever backed down from an obstacle or particularly rugged patch of terrain for fear of tearing up an axle, it might be time to think about an upgrade. By installing SuperATV’s Heavy-Duty Rhino 2.0 Axles on your Polaris RZR RS1, you’ll never have to sit on the sidelines again. These carefully formulated axles don’t just look bigger—they’re tougher too, offering two times the strength of stock. With UTV axles this durable, you’ll be able to ride harder and longer without worrying about breaking something.

Better Materials and Design—the Rhino 2.0 Formula
The secret to Rhino 2.0 Axles is in the all-chromoly steel construction and larger axle shafts. In a side-by-side visual comparison, it’s easy to see that Rhino 2.0s blow stock axles out of the water. We also designed them with maximized CV joints, giving them high articulation angles and allowing them to run cool no matter what. When all is said and done, the Rhino 2.0 formula gives you axles that just won’t quit:

• A massive 4mm increase in shaft size
• End-to-end chromoly construction
• Proprietary heat treatment

Tested from the Lab to the Field
When you buy SuperATV Axles, you’re buying directly from the experts who designed, engineered, tested, and manufactured them. Our goal with Rhino 2.0 was to build the best heavy-duty axle on the market, and the only way to know something is the best is to test it. So we invested millions in industry-leading CAD technology to simulate every real-world scenario possible. Our extensive combination of lab and field testing makes us confident that these Polaris RZR RS1 axles can’t be beat.

An Unmatched 18-Month Warranty
To prove how confident we are in the brute strength of Rhino 2.0, we’re offering an unheard of 18-month warranty on this product. By extending the warranty beyond the industry standard of 12 months, we’re giving you even more time to truly push these axles to the limit and see their dependability for yourself.