Keller Ball Joints Are Tough
These are no OEM ball joints-Keller Ball Joints are just better. Put these ball joints through the absolute worst abuse and they'll make it through. Their beefed-up two-piece chromoly housing eliminates the need for a snap ring making them virtually impossible to pull out. Upgrade your Honda Talon 1000 with the best ball joints around.
- Two-piece, threaded design eliminates snap ring
- Chromoly steel construction
- Easy to maintain
Designed for Maximum Strength
When our buddy Todd Keller made Keller Ball Joints, he wanted to make the toughest ball joint possible. He was tired of his OEM snap rings breaking and causing his joints to pull out. That's why he designed a two-piece threaded ball joint that eliminates the need for a snap ring. The joint presses into the arm and the housing threads onto the back to make sure nothing can push or pull it out.
Made with 4340 Hardened Chromoly Steel
Keller Ball Joints are made with hardened 4340 chromoly steel housings and studs. Plus, the studs don't narrow as much stock for extreme strength. All that makes them nearly impossible to destroy. And they're greaseable and adjustable for incredible longevity.
Two-Part Design and a Lifetime Warranty
These ball joints are beefy as hell. That's why we back them with a lifetime warranty. Go hard with lifts, jumps, and nasty terrain-you'll never find a ball joint that can handle it better.
Ball Joint Features:
- 4340 hardened chromoly steel construction
- Two-piece threaded design doesn't require a snap ring
- Easily adjustable, rebuildable, and greaseable
- Robust boot retaining ring prevents water intrusion
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.
