Ohlins Road & Track Coilover System for Mitsubishi EVO X (2007-2015) – Part No. MIS MI10S1

Description

The Ohlins Road & Track Coilover System for Mitsubishi EVO X (2007-2015) offers a high-performance suspension solution designed for spirited driving enthusiasts seeking a perfect balance between daily comfort and track-ready handling. Featuring patented Dual Flow Valve technology, this system significantly enhances chassis control, providing a refined ride quality that surpasses factory or aftermarket options. The monotube design ensures quick response and sensitive damping, while the aluminum shock bodies contribute to lightweight construction and superior cooling, ultimately delivering improved durability and performance.

The system’s height adjustment capability allows drivers to fine-tune the vehicle’s stance for aesthetic preferences or aerodynamic considerations, with damping adjustment available across more than 20 clicker settings. This extensive adjustability enables precise tuning for various driving conditions and personal preferences, ensuring optimal handling on both the street and the track. The inverted strut architecture further enhances structural integrity and responsiveness, making this coilover system suitable for demanding driving scenarios.

Engineered specifically for the Mitsubishi EVO X, this coilover system combines motorsport-level technology with everyday usability. It is designed to improve ride quality, cornering stability, and driver confidence, whether you’re on a twisty road or a competitive circuit. Each package includes two shocks, optimized for application-specific tuning, and is backed by a two-year warranty for added peace of mind. This coilover system is an ideal upgrade for enthusiasts looking to elevate their vehicle’s handling dynamics without sacrificing comfort or reliability.

Features:

• Patented Dual Flow Valve technology for improved chassis control

• Height adjustable for customized stance

• Over 20 clicker damping adjustment for precise tuning

• Monotube architecture for sensitive and controlled damping response

• Aluminum shock bodies for lightweight performance and enhanced cooling

• Inverted strut design for increased structural strength and response

• Application-specific tuning for optimal performance