Can-Am Maverick R 3/4" HD Carbon Fiber Radius Rod Kit | AVID Racing

Can-Am Maverick R 3/4" HD Carbon Fiber Radius Rod Kit

The AVID Racing Can-Am 3/4" HD Carbon Fiber Radius Rod Kit is built for extreme weight reduction. Using carbon fiber tube bodies, aluminum 3/4 inch rod ends, and titanium misalignments, this kit is designed to dramatically reduce rear chassis weight while retaining factory replacement sizing for easy fitment.

These rods are built in factory replacement lengths, allowing them to work with stock or aftermarket trailing arms that use factory-style radius rod dimensions. Compared to factory radius rods, this kit can reduce weight by over 75 percent. Compared to many aftermarket aluminum rod kits, weight savings can be over 90 percent, making this one of the lightest rear radius rod packages available for the platform.

What This Means on the Car

• Maximum Vehicle Weight Reduction: Designed specifically for drag racing applications where every pound matters.
• Factory Replacement Fitment: Built to factory replacement sizing so the kit can be used with stock or aftermarket trailing arms that retain factory length geometry.
• HD 3/4 Inch Hardware: Aluminum 3/4 inch rod ends and titanium misalignments provide the strength and fitment needed for high horsepower drag builds.
• Clean Install: Includes matched hardware and spacers so the full radius rod package bolts together as a complete system.
• Purpose Built For Straight Line Performance: This is the radius rod package for customers focused on cutting as much rear weight as possible.

Kit Includes

• Complete set of carbon fiber radius rods in factory replacement lengths
• Aluminum 3/4 inch rod ends
• Titanium misalignments
  

Additional Notes

• Designed specifically for drag racing and extreme weight reduction applications.
• Carbon fiber is engineered for excellent strength and very low weight, but it does not handle direct impacts well.
• Warranty does not cover impact damage to the carbon fiber, including any breaking, cracking, or delaminating caused by rock strikes, collisions, or other direct impacts.