Yamaha Tracer BAP3 9 GT
ECU Chiptuning Performance Results
Estimated power and torque gains after Stage 1 ECU remapping
Torque Nm
Estimated Stage 1 gains are calculated from stock values using an approximate 20% increase. Actual performance improvements may vary depending on vehicle condition, fuel quality, hardware configuration and operating environment.
Chip tuning for the Yamaha Tracer BAP3 9 GT involves recalibrating the engine’s electronic control unit (ECU) to achieve optimal motorcycle performance. The modern Yamaha Tracer BAP3 9 GT engine, with a power output of 88 kW and torque of 93 Nm, is controlled by a Deno ECU, model BAP-8591A-XX, featuring an RH850 processor. Reprogramming the ECU allows the engine’s operation to be adapted to individual driving styles and operating conditions.
The process includes analyzing current engine performance parameters, identifying bottlenecks, and adjusting the ECU’s software. We, AutoChip.lv, modify fuel maps, ignition timing, and other parameters to improve engine response and achieve smoother, more predictable acceleration.
It is important to note that correct ECU tuning not only increases dynamics but also contributes to extending engine life by ensuring stable operation under sustained load. Removing errors and limitations from the ECU allows the engine’s full potential to be realized, making motorcycle control more enjoyable and confident.
Chip tuning for the Yamaha Tracer BAP3 9 GT is aimed at increasing responsiveness and improving dynamic characteristics, which is particularly important for enthusiasts of active riding. Chip tuning Yamaha Tracer BAP3 9 GT.
Specification
| Power (KW) | 88 |
|---|---|
| Power (HP) | 118 |
| Torque (Nm) | 93 |
| Power (PS) | 120 |
| ECU Brand | Denso |
| ECU Version | BAP-8591A-XX |
| ECU Micro | RH850 |
| Tools | KESS3 compatible Powergate compatible |
| Connection | OBD available |
| Year | 2021 |
| Type | Bikes |
