- The Extreme 8-Ball axles use leading 8-ball technology for bearing cages and races
- 35% larger for smoother operation as well as increased strength and durability
- Includes high quality neoprene CV boots
- Uses high quality chromoly shafts
- Precision machined
The All Balls Racing 8-Ball Axle for Polaris Ranger 900 Diesel models from 2011 to 2014 offers enhanced durability and performance for demanding off-road conditions. Constructed with high-quality chromoly shafts, this axle provides superior strength and resilience, making it an ideal choice for heavy-duty power sports applications. The precision-machined design ensures a perfect fit and smooth operation, reducing wear and extending the lifespan of your drivetrain. Included with the axle are premium neoprene CV boots that protect against dirt, debris, and moisture, maintaining optimal lubrication and preventing premature failure. The axle features leading 8-ball technology for bearing cages and races that are 35% larger than standard, resulting in smoother operation and increased load capacity. This innovative design translates to improved handling, reduced vibration, and enhanced overall reliability during rugged trail rides or challenging terrain. Engineered for easy installation and maximum performance, this axle is a critical replacement part for maintaining the integrity of your Polaris Ranger 900 Diesel. Whether you're upgrading your existing components or replacing worn parts, the All Balls Racing 8-Ball Axle ensures your side-by-side stays in top condition and ready for adventure. Its robust construction and advanced features make it a dependable choice for serious off-road enthusiasts seeking quality and longevity in their powersports equipment.
Features:
- Leading 8-ball technology for bearing cages and races
- 35% larger components for smoother operation and increased strength
- Includes high-quality neoprene CV boots for superior protection
- Constructed with high-quality chromoly shafts for durability
- Precision machined for optimal fit and performance
