CT Race Worx Can-Am Maverick X3 Front A-Arm Bushing Pins & Bushings (Full Set)
Eliminate sloppy steering and restore rock-solid precision to your Can-Am Maverick X3's front suspension with the CT Race Worx A-Arm Bushing and Pin Full Set. This complete upgrade is meticulously engineered to surpass the durability and performance of factory components, ending frustrating suspension play. The bushings are precision-machined in-house from a specialized thermoplastic blend, offering superior wear resistance and inherent self-lubrication that outlasts OEM bushings by thousands of miles. Unique internal grooving is designed for optimal grease distribution, effectively pushing out dirt and debris to maintain smooth, clean operation even in the wettest or dustiest conditions.
The key to this set is the inclusion of the heavy-duty bushing pins, crafted from 17-4 stainless steel and heat-treated for ultimate strength and wear resistance. These pins feature a precise 12mm bore, providing a significantly tighter fit for suspension hardware than stock pins, which drastically minimizes movement and play in the suspension system. This full kit includes 16 bushings and the necessary pins to completely service the front A-arms, ensuring a snug, high-tolerance fit on both stock and CT Race Worx A-arms. Backed by a lifetime warranty for the original purchaser when used together, the CT-X3-2410 kit is the ultimate investment for long-term front-end durability and precise handling on your Maverick X3.
Features
- Full set for complete front A-arm service
- Bushings made from self-lubricating thermoplastic blend
- Pins crafted from heat-treated 17-4 stainless steel
- Internal grooves ensure optimal grease distribution
- Tighter 12mm bore minimizes suspension play
- Engineered to outlast factory bushings significantly
- Precision-machined for snug, high-tolerance fit
- Backed by a limited lifetime warranty
Fitment
- Can-Am Maverick X3
Notes
- These bushings are meticulously machined to tight tolerances and snugly fit both stock and our A-Arms. Aftermarket A-Arms that do not adhere to the same strict tolerance standards may experience less than ideal fitment