Metrix Premium Chassis Parts -Front Right Lower Control Arm w Ball Joint & Bushing Assembly Fits 05-06 Honda Odyssey,Replacement RK620504,Made in Europe

Metrix Premium Chassis Parts Control Arms are precision-engineered to meet or exceed OEM specifications. Our control arms provide seamless fitment, enhanced handling, and long-lasting support for European, Asian, and American passenger cars and lightweight commercial vehicles.

At Metrix Premium Chassis Parts, we specialize in a comprehensive range of high-quality automotive parts, including control arms, ball joints, control arm bushings, sway bar bushings, stabilizer bar links, inner and outer tie rod ends, pitman arms, idler arms, drag links, center links, track bars, adjusting sleeves, brake rotors, and brake pads.

Trusted by professionals and DIYers, our products are precision-designed for optimal performance, safety, and ease of installation. Our control arm lineup includes front and rear upper control arms, lower control arms, and control arm kits, with most models featuring pre-installed ball joints and control arm bushings. These components are pre-greased to reduce wear and extend lifespan, delivering smooth and stable handling.

For complete front end rebuild projects, our catalog also offers inner tie rods, outer tie rod ends, and sway bar links, allowing you to restore or upgrade your vehicle's suspension and steering system with confidence.

Key Features:

-Precision Engineering: Most control arms with ball joints are designed for exact fitment, proper alignment, and enhanced steering control.
-Durable Construction: Manufactured with high-strength, corrosion-resistant materials to withstand heavy loads and challenging driving conditions.
-Comprehensive Compatibility: Products are crafted to seamlessly integrate with various vehicle systems, ensuring stability and support.
-Ease of Installation: Designed to simplify installation and reduce downtime.

Every product from Metrix Premium Chassis Parts undergoes rigorous testing to ensure superior quality, reliability, and performance.