Cyber Week Deal Coilover Shock Absorbers Struts 4pcs For Vw 2006-2009 Gti/ 2003-2007 Golf Mk5 2.0 Edition [0yiV1ZYu]

Coilover Shock Absorbers Struts for VW GTI & Golf MK5

Enhance the performance and aesthetics of your 2006-2009 VW GTI or 2003-2007 Golf MK5 with our premium coilover shock absorbers struts. These high-quality struts are designed to provide a smooth and stable driving experience while adding a sporty look to your vehicle. Crafted with attention to detail, these struts are built to last and offer a range of features that make them a standout choice for performance enthusiasts.

Key Features and Specifications

Our coilover shock absorbers struts are engineered with a twin-tube structure that allows for ample stroke within the shock absorber, ensuring optimal performance. With a spring preload of 7-10 mm and adjustable height capabilities of 2" to 4", these struts can be tailored to suit your driving preferences. The surface materials, including aluminum and steel, contribute to the durability and strength of the struts. Key specifications include a spring rate of 8kg/mm (448lbs/in) for the front and 5 kg/mm (280 lbs/in) for the rear, with spring lengths of 495mm and 564mm respectively.

Benefits and Practical Uses

Experience the benefits of our coilover shock absorbers struts with features that make them a practical choice for both daily driving and track use. The twin-tube structure and high-tensile performance spring ensure a smooth and forgiving ride, while the rubber top mounts and joints absorb hard impacts for a comfortable driving experience. Our coilover systems are designed with lightweight, durable 6061-T6 Billet Aluminum components, including mounts, collars, and spring perches, to reduce overall weight and enhance performance. The separate height adjustment feature allows you to lower your vehicle without affecting damper stroke, and the full rebuildable design ensures long-lasting performance. With a lowered height adjustment of 2" to 4", these struts not only provide a more aggressive stance but also contribute to a lower center of gravity for improved handling and stability.