SHOULD YOU UPGRADE YOUR AXLES?
OEM replacements are great for OEM riding. Upgraded Rhino & Rhino 2.0 Axles are here for everything else.

Peak Performance
Strongest materials
Biggest components
Best warranty
For riders who need the best strength, durability, and warranty
- 4340 chromoly steel construction
- Much larger shaft
- Much larger CV joints and internal components
- TPEE boots
- Advanced grease
- Significantly stronger than OEM
- 18-month warranty warranty—any failure (excluding boots)

THE AFTERMARKET UPGRADE
Stronger materials
Bigger components
Better warranty
For hard riders
- 4140 chromoly steel construction
- Larger components
- TPEE boots
- Advanced grease
- Stronger than OEM
- 1-year warranty—any failure (excluding boots)

THE OEM REPLACEMENT
OEM-quality specs
For easy riders
- Steel construction
- OEM dimensions
- OEM-quality boots and grease
- OEM-equivalent strength
- 1-year warranty—manufacturing defects only

THE AFTERMARKET UPGRADE
Stronger materials
Bigger components
Better warranty
For hard riders
- 4140 chromoly steel construction
- Larger components
- TPEE boots
- Advanced grease
- Stronger than OEM
- 1-year warranty—any failure (excluding boots)

BIGGEST BANG FOR YOUR BUCK
Strongest materials
Biggest components
Best warranty
For riders who need the best strength, durability, and warranty
- 4340 chromoly steel construction
- Much larger shaft
- Much larger CV joints and internal components
- TPEE boots
- Advanced grease
- Significantly stronger than OEM
- 18-month warranty warranty—any failure (excluding boots)

Our axles are rigorously tested in the lab to ensure they are stronger and more durable than the competition.
Torsion
The torsion test measures the sheer breaking point of our axles to gauge their true strength.
Endurance
The endurance test gauges the longevity of our axles through off-road and high-speed simulations and heat build up.
Fatigue
We use the fatigue tester to replicate miles of riding to ensure our axle shafts and components don’t become brittle over time, leaving you stranded on the trail.
WE BREAK THEM
SO YOU DON'T HAVE TO
Our axles are rigorously tested in the lab to ensure they are stronger and more durable than the competition.
Torsion
The torsion test measures the sheer breaking point of our axles to gauge their true strength.
Endurance
The endurance test gauges the longevity of our axles through off-road and high-speed simulations and heat build up.
Fatigue
We use the fatigue tester to replicate miles of riding to ensure our axle shafts and components don’t become brittle over time, leaving you stranded on the trail.
STILL NOT CONVINCED?

Built Better. Priced Right.
Why Rhino Family Axles?
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Torture-tested for extreme torsion, heat, and speed—up to 175 MPH
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Built with higher‑end materials for superior fatigue resistance
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Proven stronger and longer‑lasting than competing axles
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Premium performance without the premium price tag

Proven by Real Riders
Our axles aren’t just tested in the lab—they’re tested by riders everywhere who push limits every weekend.What Riders Love
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Well-known Rhino strength with best‑in‑class quality
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Backed by leading SuperATV warranties
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Thousands of real‑world reviews from riders like you
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Designed for Polaris, Can‑Am, Honda, Kawasaki, and many more
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Fast, direct shipping from SuperATV
NEED TO BEAT THE HEAT?
CHECK OUT PHOENIX AXLES BY ASSAULT INDUSTRIES


BUILT FOR SPEED
Assault Industries’ Phoenix Axle is built for brutal speed and brutal heat. Its proprietary high-temp grease can handle operating temps far higher than competing axles without breaking down.
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Proprietary high-temp grease blend perfect for aggressive riding
-
Resists temperatures greater than 586.4°F (308°C)
-
Operates at high CV angles
NEED TO BEAT THE HEAT?
CHECK OUT PHOENIX AXLES BY ASSAULT INDUSTRIES

BUILT FOR SPEED
Assault Industries’ Phoenix Axle is built for brutal speed and brutal heat. Its proprietary high-temp grease can handle operating temps far higher than competing axles without breaking down.
-
Proprietary high-temp grease blend perfect for aggressive riding
-
Resists temperatures greater than 586.4°F (308°C)
-
Operates at high CV angles



