KW V3 coilover suspension
inox-line incl. damper deactivation
Performance coilover suspension with dual-adjustable damper technology – mechanically defined driving behavior without electronic limitations.
Description
The KW V3 coilover suspension kit inox-line, including deactivation of electronic dampers, combines proven KW V3 technology with a complete deactivation of the standard electronic damper control . It is designed for drivers who prefer direct, reproducible handling with clearly defined damping characteristics. Independently adjustable rebound and compression damping allows for precise adaptation to driving style, vehicle performance, and intended use.
Damper technology & adjustment options
- Stepless height adjustment
- Independently adjustable rebound damping
- Separately adjustable compression level
- Low-speed damping for controlled body movements
- Fine-tuning for road and sporty driving style
Driving dynamics & performance
- Direct, precise driving feel
- Constant damping performance regardless of driving modes
- Reduced pitching and rolling movements
- Improved traction during sporty driving
- High driving stability even at higher speeds
Disabling electronic dampers
- Complete deactivation of the electronic series dampers
- No error messages in the instrument cluster
- Mechanically clearly defined chassis characteristics
- Optimal basis for performance-oriented setups
Construction & Materials
- Stainless steel damper housing (KW inox-line)
- Vehicle-specific spring rates
- Precisely manufactured damper and valve technology
- Fine thread adjustment for precise vehicle height
- High corrosion resistance and durability
Area of application
Ideal for sporty road vehicles and high-performance conversions where reproducible, mechanically defined driving behavior is paramount – without electronic intervention.
Notes
The installation and deactivation of electronic dampers must be carried out by a qualified specialist workshop . Professional wheel alignment and individual suspension tuning are mandatory.
© Kraftfahrzeug Technik Hannover (KTH)
