Brawny Axles for Wild Rides
Are your stock axles built for the kind of rides you do? Replace your broken shaft with SuperATV's Yamaha Wolverine RMAX 1000 Heavy-Duty Rhino 2.0 Axles. They're bigger and beefier than OEM axles so they can handle harsh rides year after year.
The Rhino 2.0 Formula for Performance
Rhino 2.0 Axles have three key features that make them the best around. First, we use end-to-end chromoly construction for increased strength throughout. Then, we make our shafts bigger so they can absorb more torque. Finally, we've maximized our CV joints to give them higher articulation angles that reduce friction and make them run cooler. That's what you get from our unbeatable Rhino 2.0 formula:
- A massive increase in shaft size
- End-to-end chromoly construction
- Proprietary heat treatment
Designed in the Shop, Proven on the Trail
SuperATV invests countless hours into every Rhino 2.0 Axle we develop. Our cutting-edge lab lets us test the limits of endurance, heat, strength, and articulation on every Rhino. But testing doesn't end in the lab. We subject our axles to hard riding to make sure they're up to snuff. From CAD to car, we're in control.
Rhino 2.0 Axles Features:
- Nearly 2 times stronger than stock
- Made with 4340 chromoly steel
- Proprietary heat treatment for superior strength and longevity
- Operates at high CV angles
- A massive 3 mm increase in shaft size
Fitment Note:
- Yamaha Wolverine RMAX 2 : 2021+
- Yamaha Wolverine RMAX 4 : 2021+ (Front Only)
Replaces OEM Part #:
- Front (AX-2-97-F-0-DT) : B4J-2518F-00-00
- Rear (AX-2-97-R-0-DT) : B4M-F531H-02-00
WARNING: This product can impact machine operation. Customer and/or user is responsible for ensuring that this product is compatible with their machine as currently configured, properly installed, and understands any impact this product has or might have on the machine's operation.
âš California Proposition 65 Warning âš
WARNING: This product may contain a chemical known to the State of California to cause cancer or birth defects or other reproductive harm.