Competition Race 92A Polyurethane Rear Lower Control Arm Inner & Outer Bush Inserts for Hyundai Excel X3

Unleash the full potential of your Hyundai Excel X3 with Mad Polly’s Competition Race Lower Control Arm Inner Bush Inserts. Proudly Australian-designed, owned, and manufactured, these mounts are crafted from premium, polyester-based polyurethane, trusted for its unmatched durability. Engineered for racers and serious enthusiasts, they deliver the ultimate in stability, longevity, and response.

🏁 Key Benefits

• As Stiff as Solid Steel, Without the Drawbacks: Enjoy the strength and stability of solid mounting without harsh vibrations and noise. Our polyurethane mounts offer near-solid rigidity, keeping your Lower Control Arm Inner Bush stable under heavy loads while maintaining comfort in your driving experience.
• Proven in High-Performance Applications: From 1,000+ horsepower drag cars to circuit cars, Mad Polly mounts have proven themselves by eliminating engine, driveline and suspension flex. Experience improved throttle response, smoother gear shifts, enhanced traction, and precise steering control—giving you the edge on the track.
• Race-Proven Stability and Control: Prevents excess Lower Control Arm Inner Bush movement, leading to sharper throttle response, smoother gear shifts, significantly greater suspension performance and improved traction. In front-wheel-drive vehicles, this reduces wheel hop and axle tramp, enhancing grip and stability off the line and through corners.
• Built to Last: Our mounts are poured from premium, Australian-designed polyester-based polyurethane, crafted from locally sourced raw materials. This top-grade formulation is engineered to withstand the extreme demands of both above and underground mining in Australia. Unlike ether-based materials that can crumble and deteriorate over time, this polyester-based polyurethane resists direct sunlight, petroleum, and oil products. Tested in continuous Gold Coast sunlight for over 15 years, it endures the harshest conditions without degradation, providing unmatched resilience and longevity.