Can-Am Maverick R 3K Carbon Fiber Rear Sway Bar Link Kit | AVID Racing

Can-Am Maverick R 3K Carbon Fiber Rear Sway Bar Link Kit | AVID Racing The AVID Racing Can-Am Maverick R 3K Carbon Fiber Rear Sway Bar Link Kit is a premium factory replacement package for drivers who want the highest strength-to-weight ratio possible with the luxury look of carbon fiber. The high-strength 3K real carbon fiber tubing is stronger than an industry-standard 1.25" chromoly sway bar link tube while reducing tube weight by over 75 percent, giving this kit a serious performance advantage as a factory replacement rear sway bar link package. This kit is built around high-strength 3K real carbon fiber tubing set with custom proprietary titanium threaded bungs, all combined for ultimate strength. It is finished with lightweight 7075 aluminum rod ends and titanium misalignments to complete the Can-Am Maverick R rear sway bar link package. Key Features Lightweight HD Replacement Link: High-performance rear sway bar link kit for Can-Am Maverick R applications. Strength-to-Weight Advantage: High-strength 3K real carbon fiber tube construction is stronger than an industry-standard 1.25" chromoly sway bar link tube while reducing tube weight by over 75 percent. Factory Replacement Fitment: Factory replacement rear sway bar link package for Can-Am Maverick R applications. Proprietary Titanium Bung Construction: Custom proprietary titanium threaded bungs are bonded into the carbon fiber tubing for ultimate strength. Lightweight Hardware Package: Finished with lightweight 7075 aluminum rod ends and titanium misalignments. Complete Rear Sway Bar Link Package: Includes the carbon fiber sway bar links, rod ends, and misalignment spacers listed below. Included in Kit Carbon Fiber Rear Sway Bar Links 7075 Aluminum Rod Ends Titanium Misalignment Spacers Additional Notes Carbon fiber is extremely strong and lightweight, but it does not handle direct impacts well. Warranty does not cover impact damage, including breaking, cracking, or delaminating from rock strikes, collisions, or other direct impacts.