Polaris RZR Scrambler Keller Ball Joints

Fits:

·         Polaris Scrambler 850 : 2013+

·         Polaris Scrambler 850 XP : 2014 Only

·         Polaris Scrambler XP 1000 : 2014+

·         Polaris Scrambler 1000 : 2015+

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

Quit Breaking Ball Joints
In order to build a better ball joint, Todd Keller had to reimagine the stock ball joint design. With two pieces instead of one and no snap ring, our Polaris Scrambler Keller Ball Joints are the most durable on the market. The threaded housing and stud are made from hardened chromoly steel and they’re the perfect package for anyone who wants to ride hard and push their ATV to its limits.

Industry-Leading Durability
Our two-piece Keller Ball Joints are virtually impossible to knock loose once they’re installed. That’s because one half presses into your A-arm and the other half threads on the other side. Once it’s installed, you can take your lifted and loaded Scrambler anywhere you want with the throttle held wide open. Plus, they’re easily adjustable and greaseable, so they feel just as good on day 1000 as they did on day 1.

Keller Ball Joints Let You Ride Hard
Get lifted, put on the biggest mud tires you can find, and go have some fun. Without a snap ring to fail on you, you can go all weekend long without stopping to replace a ball joint. They’re the perfect choice for anybody that likes to push their parts to the limit.

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.

⚠ California Proposition 65 Warning ⚠
WARNING: This product may contain a chemical known to the State of California to cause cancer or birth defects or other reproductive harm.