SuperATV Turret Style Heavy-Duty Toe Link Kit for Polaris (2022+) RZR Pro R

Built to Last
These toe rods are just as strong as they look. They use 6061-T6 billet aluminum to make them rock solid. The hexagon design and black anodized finish make sure bends and corrosion are virtually impossible. These solid toe rods are way tougher than the thin walls on the stock tubed rods. And they use 7/8” x 14 chromoly steel heim joints and clevises to beef up the weakest part of the OEM design.

Form Meets Function
The premium design of these toe links is gonna turn heads. The aluminum rods have a black anodized finish that will be the envy of everyone you meet on the trail. The hex design gives them a fierce look that matches their superb strength. It’s the perfect upgrade for your RZR Pro R.

Easily Toe Adjustment
Adjusting your rear toe on your stock RZR Pro R is a pain. Assault Industries makes it easy with this adjustable toe rod. Just loosen the jam nut on both ends and turn the rod, and you can dial in your toe—perfect for when you add weight or a lift. Plus, your adjustments will stay in place on hard rides unlike the stock adjustment cam bolt.

Features:
•Improved strength and rigidity over OEM
•7/8” x 14 chromoly steel heim joints
•7/8” x 14 chromoly steel clevises
•Made from high-strength 6061-T6 aircraft-grade aluminum
•CNC machined for precision and accuracy
•Durable black hard anodized finish
•Easily adjustable toe prevents premature tire wear
•Direct bolt-on replacement

Kit Includes:
•(2) billet aluminum toe rods
•7/8” heim joints
•7/8" clevis ends

Fitment:
Polaris RZR Pro R : 2022+
Polaris RZR Pro R 4 : 2022+

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.