Xmas Gift Idea St Xta-height Adjustable Coilovers 95-99 Bmw E36 M3 Summer Must-have [PpnJRh27]

ST XTA-Height Adjustable Coilovers for BMW E36 M3

Elevate your BMW E36 M3's performance with the ST XTA-Height Adjustable Coilovers, a top-tier suspension upgrade designed for precision and versatility. These coilovers are crafted with KW damping technology, allowing you to easily adjust the suspension's stiffness or softness to match various driving conditions. With the ability to make these changes almost instantly on the upper end of the chromed piston rod, the ST XTA coilovers offer unparalleled convenience and adaptability.

Key Features:

• 18 Distinct clicks of Rebound Damping Adjustability
• Solid Aluminum uniball top mounts (camber adjustable depending on application)

Advanced Engineering and Design

The ST XTA coilovers are built to deliver exceptional performance and durability. Engineered in Germany by KW, these coilovers feature a low-friction twin-tube damper and pressure-resistant housings, ensuring optimal damping performance and protection against corrosion and dirt. Each strut is galvanized and sealed multiple times to guarantee maximum longevity. The aluminum uniball top mount allows for a direct connection to the suspension, with optional camber or caster adjustment for enhanced vehicle design compatibility.

Additional Benefits:

• Linear Race springs for consistent ride quality
• Reduced system friction for effective damping adjustment

Comprehensive Solution for Your BMW E36 M3

The ST XTA coilovers are a complete suspension solution for your BMW E36 M3. They include adjustable spring perches, a multi-coated spring system, and dynamic elastomer bump stops with dust protection. These coilovers are designed to work seamlessly with the original wheel and tire setup, and may require wheel spacers for optimal fitment. With ST suspension's 5 Year Unlimited Mileage Warranty, you can trust in the quality and reliability of these coilovers.

Compatibility:

• This Part Fits: 1995-1999 BMW M3 (Base, Lightweight)