The TEIN Flex Z Coilover Kit (VSMD0-CUSA3-C) is a fully adjustable suspension system engineered to improve ride comfort, handling response, and overall driving dynamics for lightweight sports cars. Designed as a complete coilover solution, this kit offers both ride-height adjustability and damping force control so you can tailor suspension feel from daily driving to spirited back-road performance.

Features & Benefits

• Full Ride Height Adjustability
  Threaded shock bodies allow you to adjust how low or high your car sits while retaining suspension travel and balance.

• 16-Level Damping Force Adjustment
  Easily fine-tune firmness with a 16-step dial to match your preferences for comfort or performance.

• Twin-Tube Damper Design
  Delivers a smooth, compliant ride on rough surfaces while still providing enhanced control during aggressive driving.

• Upper Mounts Included
  Comes with front upper mounts for easier installation and improved alignment control.

• Corrosion-Resistant Construction
  Durable finishes and protective coatings help ensure longevity even under varied road conditions.

• EDFC Compatible
  Designed to work with TEIN’s optional Electronic Damping Force Controller (EDFC) for in-car damping adjustment (controller sold separately).

Performance Advantages

• Reduced body roll and improved cornering stability

• Sharper handling and better steering feedback

• Adjustable suspension to suit both daily driving and performance use

• Enhanced vehicle stance and confidence in tight driving conditions

Fitment

The TEIN Flex Z Coilover Kit (VSMD0-CUSA3-C) is engineered specifically for:

• 2016–2025 Mazda MX-5 Miata (ND / ND RF) — all RWD configurations including Club, Grand Touring, GS, GS-P, GT, Sport, and Anniversary editions.

TEIN’s Flex Z series is ideal for drivers who want a versatile suspension upgrade that improves comfort and performance without converting to a dedicated track setup.

*Photos are generic for marketing purposes only. Actual product will vary in appearance / style based on application.