CSC Polaris RZR Pro S Rock Series Trailing Arms
CSC Polaris RZR Pro S Rock Series Trailing Arms

Cedar Suspension Co.

CSC Polaris RZR Pro S Rock Series Trailing Arms

Sale price$3,249.99 USD
Quantity:

Built to Dominate Trails & Rocks — Polaris RZR Pro S Suspension Upgrade

The Polaris RZR Pro S is already one of the most versatile machines on the market—but this rock-focused suspension kit pushes it even further. It transforms the Pro S into the ultimate trail and rock weapon by re-engineering key suspension components for increased clearance and durability where it matters most.

Trailing Arm Changes

In the rear, the factory toe link setup is removed and replaced with a fixed toe link integrated directly into the trailing arm. This change results in a massive 3.5" increase in added ground clearance, while also eliminating the common snag point that hangs up on rocks and trail debris.

Important Note

While the fixed toe link eliminates the factory dynamic toe adjustment and introduces some toe variation throughout the suspension cycle, the difference is negligible from the driver's seat. The trade-off is well worth the gain in strength and clearance for aggressive trail and rock riders.

Pro S Rock Series Kit – Key Features

Toe Link Delete Trailing Arms

Redesigned trailing arms remove the factory toe link and integrate a fixed toe, providing 3.5" of added rear ground clearance and eliminating a common hang-up point on rocky trails.

Proudly Hand TIG Welded in the USA

Every kit is expertly hand TIG welded to ensure unmatched strength, precision, and attention to detail, including double-pass welds on all critical points.

High-Quality USA-Made Grooved Delrin Bushings

Includes high-performance Delrin bushings for long-lasting durability and smooth, quiet operation under harsh conditions, with thousands of race-tested miles. Bushings are grooved to disperse grease between the bushings and the crush sleeves.

Vehicle Compatibility

Engineered for a precise fit on all 2022 and newer Polaris RZR Pro S and Turbo R models.