HKS RB26DETT Crank Trigger Conversion Kit for V-CAM
The HKS RB26DETT Crank Angle Sensor Kit for V-CAM is an advanced crank trigger conversion kit developed for the Nissan RB26DETT equipped with the HKS V-CAM system. The kit replaces the factory cam angle sensor with a modern crankshaft-based trigger system, providing significantly greater measurement accuracy and more reliable signals to the engine management system. The improved signal precision enables more accurate ignition timing and fuel delivery, making it an ideal upgrade for high-performance engine builds.
The system features a 36-2T crank trigger wheel for precise crankshaft position detection and includes specially engineered noise-suppressed wiring harnesses. By minimising electrical interference from the ignition system, the kit delivers stable and accurate ECU signals even under high engine speeds and increased engine loads. This results in more consistent engine operation and improved engine management accuracy in demanding applications.
The kit has been field-proven in HKS complete RB28 HIGH RESPONSE STEP3 V-CAM engine builds. When professionally installed and the ECU is properly recalibrated to take advantage of the improved sensor accuracy, HKS states that the system may contribute to a 5–7% increase in power output, depending on the engine setup and supporting modifications. It also provides a modern and cost-effective alternative to the increasingly expensive factory cam angle sensor.
Features
- Designed for Nissan RB26DETT engines equipped with HKS V-CAM.
- Genuine HKS RB26 Crank Angle Sensor Kit for V-CAM.
- Replaces the factory cam angle sensor with a modern crank trigger system.
- 36-2T crank trigger for highly accurate crankshaft position detection.
- Provides more precise engine position signals to the ECU.
- Specially designed noise-suppressed wiring harnesses.
- Helps improve ignition timing and fuel control accuracy.
- Engineered for high engine loads and high-RPM operation.
- Field-proven design used in HKS RB28 HIGH RESPONSE STEP3 V-CAM engine builds.
- May contribute to a 5–7% increase in power output following proper ECU recalibration.
- Recommended for professionally built high-performance and motorsport engines.
