Description
Rapid Bike Smart 2 for CF Moto 450 MT e5+ 2025 manages the fueling through the O2 sensors.
Thanks to its revolutionary technology, this new module uses the Euro 5 restrictions to its advantage.
Rapid Bike Smart 2 for CF Moto 450 MT e5+ 2025 fueling technology allows to enrich (AFR) air / fuel ratio, and to optimize injection values thanks to the self-adaptive logic of stock ECU. Power delivery is considerably smoother, while improving throttle response and engine reaction. The increase in terms of power and torque are consistent with engine in stock configuration, while performance of after-market exhaust systems can reach a higher efficiency level thanks to the richer fuel mixture gained with SMART add-on module.
Also, the module comes with a free software to set an air-fuel ratio for each throttle percentage, and an Android or Apple app to:
- Enrich or enlean the injection
- Choose between:
- ECO map
- Touring map
- Sport map
- Read and clear most diagnostic codes, as you would do with a scantool.
Finally, our Smart unit is smaller and easier to hide than any tuning unit on the market, with Bluetooth connectivity and no additional hardware required to connect it to a PC.
Finally, our Smart unit is smaller and easier to hide than any tuning unit on the market, with Bluetooth connectivity and no additional hardware required to connect it to a PC.
SKU:K27-SMR2-020
Fueling technology for smart riders
New Rapid Bike SMART2 add-on fueling kit is specifically designed to improve the performance of the newest motorcycle models equipped with highly sophisticated lambda sensors complying with the latest European homologation criteria.
This technology directly controls lambda sensor signal in order to prompt stock ECU to adopt a richer carburetion over the entire delivery power curve, while securing substantial benefits for the engine overall performance.
Rapid Bike SMART technology introduces an innovative concept of software management with user-friendly parameters specifically designed to amplify or reduce the effects of the stock lambda sensor signal modification.







