Nitron NTCPO024ER1 NTR-R1 elec-TRON Coilover Kit Porsche 911 GT3, GT3RS, GT2RS (991)
The Nitron R1 coilover kit offers unrivalled performance and outstanding value with adjustment control that provides the driver with an easy to use, wide range of very effective damping settings.
The Nitron R1 coilover kit is developed from and shares many components with the full race Nitron R3 coilover kits. It also offers exceptional performance, reliability and value for both road and track use. Widely praised by professional drivers around the globe and well respected for out-performing considerably more expensive suspension options.
Installation is simple as Nitron R1 coilover kits provide uncompromising quality, reliability and performance without the need for a remote canister. Individually hand-built with fade ultra-low friction components, the Nitron R1 coilover kits offer consistent, fade-resistant performance and are made to last on the road and track.
Nitron elec-TRON
The elec-TRON R1 coilover kit utilises the Nitron proportional solenoid valve with all of the damping control being carried out by the control system. This kit includes our adjustable top mounts and uses our race springs, giving you the ultimate adjustment for a perfect geometry setup.
Key Features:
- Includes adjustable top mounts and race springs
- Shares core technology with the Nitron R3 kit
- No manual damping adjustments. Fully controlled by the solenoid valve
The Nitron elec-TRON range is a fusion of world-renowned Nitron quality and attention to detail, combined with cutting-edge electronic valve technology. At the heart of the system is Nitron’s proportional solenoid valve, delivering unparalleled precision and control over the damping system. Each shock absorber in the elec-TRON system is equipped with an independent valve, allowing for individual damping control at each wheel. This is essential for optimising handling, stability and ride comfort.
Note: Image used for illustration purposes only. Specific details, finishes and end fittings may differ from that shown.