- Heavy Duty Steel housing with isolated design joint for long life
- Includes ball joint, rubber boot, snap ring and cotter pin
- Components vary by model
The EPI Super-Duty Ball Joint (Part WE350046) is designed to deliver exceptional durability and performance for your Arctic Cat Wildcat 1000 and related models. Constructed with a heavy-duty steel housing and an isolated design joint, this ball joint provides long-lasting reliability in demanding off-road conditions. It comes complete with a rubber boot, snap ring, and cotter pin, ensuring a secure fit and protection against dirt and debris. The components included may vary depending on the specific model to ensure optimal fit and function.
Designed to meet the rigorous demands of powersports applications, this ball joint enhances suspension stability and steering precision. Whether you're replacing worn components or upgrading for improved performance, the EPI Super-Duty Ball Joint offers a robust solution. Its heavy-duty construction ensures it can withstand the stresses of off-road riding, providing peace of mind during intense rides. Installation is straightforward, making it a practical choice for both professional mechanics and experienced enthusiasts.
Compatible with a range of Arctic Cat Wildcat models from 2012 to 2015, this ball joint is a vital component for maintaining your vehicle’s handling and safety. EPI's commitment to quality ensures that each part is engineered to meet or exceed OEM specifications, delivering reliable performance and extended service life. Trust the EPI Super-Duty Ball Joint to keep your side-by-side vehicle operating smoothly on rugged terrain.
Features:
- Heavy Duty Steel housing with isolated design joint for increased durability
- Includes ball joint, rubber boot, snap ring, and cotter pin for complete installation
- Designed to fit Arctic Cat Wildcat 1000 series from 2012 to 2015
- Constructed for long-lasting performance in demanding off-road conditions
- Easy to install with components that ensure a secure fit and protection against debris
