Description
The Keller Performance Mega Ball Joints for 2024+ Polaris RZR XP Models are the Best Ball Joints Around. Your Polaris RZR XP is the best of the best when it comes to performance. But let’s face it, the ball joints could be better. It’s time to upgrade to Mega Keller Ball Joints to get the beefiest, toughest ball joints around. Their two-piece design eliminates the weak OEM snap ring, resulting in superior performance and durability.
Store Sale! A 10% discount will automatically be taken off this product at Checkout.
FITMENT
RZR XP : 2024+
RZR XP 4 : 2024+
NOTE: Mega ball joints require modification of your A-arms
Features:
Maximized studs and housings for industry-leading strength
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
Two-piece threaded design eliminates snap ring
Bigger, thicker studs and chromoly steel construction
Easy to install and maintain
Backed by a lifetime warranty
Mega Keller Ball Joints have the thickest studs in the industry. They’re made with durable 4340 chromoly steel and are practically unbreakable. In fact, they’re so beefy that you’ll need modified A-arms to support them.
Durable Two-Piece Design
These ball joints use a unique two-piece design. They’re threaded on one side and press in on the other for a fit that won’t pull out. That design makes them easier to install and maintain too—they’re easy to adjust, rebuild, and grease.
Warrantied for Life
With these ball joints installed, you’ll be ready to ride wilder than ever before. They’re a perfect pairing with giant tires or a lift kit. Get Mega Keller Ball Joints and never worry about another annoying breakdown on the trail. And what if you do break them? No worries—Keller Ball Joints are backed with a lifetime warranty.
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.