Send It with Confidence
If you really love to send it - and who doesn't? - then you probably know a thing or two about breaking a tie rod. If you want stronger, more durable, tougher tie rods that can keep up, get SuperATV's Yamaha Wolverine RMAX 1000 Heavy Duty Tie Rod Kit. Our swaged tube tie rods are lightweight and super strong. We also increased the size of the tie rod ends, added misalignment bushings, and heat treated them for unmatched durability. These tie rods are the final touch you need to put your Wolverine over the top.
Built Better
The weakest part of a tie rod is the tie rod end. That's why we beefed ours up with oversized chromoly steel bushings and monoball bearings. Basically, they're bigger and built with better materials than OEM tie rod ends. Combine that with swaged tube tie rods made with heavy-duty steel and you've got a nearly indestructible combination.
Unbeatable Warranty
We're so confident in our tie rods that they're backed by a lifetime warranty - you shouldn't expect any less from SuperATV. Oh, and don't forget that you're getting the whole kit with all the parts you need for installation so you can get out of the garage and back on the trail ASAP.
Kit Includes:
- (2) Swaged tie rods
- (2) Heavy-duty chromoly tie rod ends
- (2) Heavy-duty chromoly inner ball and sockets
- All boots needed
- All hardware and misalignment bushings needed
Heavy Duty Tie Rod Kit Features
- Stock length replacement
- Nearly 1" diameter tie rods
- Utilizes hardened steel monoball tie rod ends
- M14 x 1.5 threads
- Tie rods backed by a lifetime warranty
For use with OEM rack and pinion: B4J-F3400-02-00
***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.