Double Bearing Birdcage Assy Right Rear

The Double Bearing Birdcage Assembly Right Rear from Ti22 PERFORMANCE is a precision-engineered component designed for high-performance vehicles requiring advanced rear suspension geometry control. Built for enthusiasts and race-focused builds, this birdcage assembly serves as a critical link in the rear suspension system, maintaining lateral stiffness and reducing unwanted flex during cornering, acceleration, and braking events. Whether you're upgrading a street-strip machine or dialing in a dedicated track platform, this right rear unit works in tandem with complementary suspension components to deliver repeatable handling and tighter geometry tuning.

The dual-bearing design eliminates excessive play and binding at pivot points, a common limitation in single-bearing or bushed alternatives that degrade under high-load cornering and heavy braking. Precision ball bearings allow smooth articulation while maintaining controlled preload, critical for maintaining consistent suspension geometry across a wide range of vehicle loading and track conditions. The assembly's robust welded construction and tight tolerances ensure durability through repeated compression and extension cycles, while the optimized geometry supports improved weight transfer characteristics and more predictable tire loading for better grip consistency lap after lap.

This right rear birdcage assembly is ideal for drivers upgrading independent rear suspension systems on performance builds where suspension compliance and geometry precision directly impact lap times and handling predictability. Installation typically requires basic mechanical skill with hand tools, though chassis geometry verification and corner-weighting after installation is strongly recommended for optimal results. Verify fitment against your specific platform and existing suspension linkage before purchase; the 8.55 x 6.8 x 10.3-inch envelope and 5.41-pound weight allow integration into most contemporary performance chassis without structural modification.