Affordable Ca Technologies - Can-am X3 Billet High Clearance Middle/lower Radius Rods Kit [RlK0IPi4]

CA Technologies Can-Am X3 Billet High Clearance Radius Rods

The CA Technologies Can-Am X3 Billet High Clearance Middle/Lower Radius Rods are a game-changer for off-road enthusiasts looking to enhance their vehicle's performance and durability. These rods are designed to address common issues faced by SXS and UTV owners, such as bent or broken radius rods and insufficient ground clearance. With their innovative design, these rods offer increased ride height without altering the ride geometry, ensuring the most clearance possible without compromising stability.

Robust Construction and High-Quality Components

Crafted from 1.25" thick billet aircraft aluminum, these radius rods are built to last, providing strength and dependability in the most challenging conditions. The use of industry-leading FK Brand Spherical bearings, equipped with a cloth PTFE liner, guarantees maximum durability and reliability. The rods are available in color-matched OEM colors and can be chosen with or without milled pockets to suit your personal preference. Additionally, the rods come with a hassle-free lifetime warranty against bending or breaking, offering peace of mind for your investment.

Enhanced Performance and Everyday Use

The CA Technologies Billet High Clearance Radius Rods are the perfect solution for those seeking to improve their vehicle's off-road capabilities. With 3 inches of added ground clearance, these rods allow for a smoother ride over rugged terrain. The anti-rock spacers included in the kit reduce premature wear on the spherical bearings, ensuring long-lasting performance. Whether you're tackling tough trails or simply enjoying a weekend ride, these radius rods are designed to enhance your off-road experience. The kit includes all necessary FK bearings and hardware, making installation a breeze. Upgrade your Can-Am X3 today with these top-of-the-line radius rods and experience the difference in performance and durability.