An amazing development This ECU (Electronic Control Unit) converts your fuel injectioned vehicle into a carburettored vehicle. In addition to the ECU, a carburettor and a specific cylinder and head, designed for a carburettor, (see Malossi catalogue) are required. The first Electronic Control Unit (ECU) capable of converting a fuel injection system into a carburettor system has been developed: Digitronic K.R.M. As of today, with K.R.M, it is possible for any 50cc two-stroke fuel injected scooter to utilise a vast assortment of Malossi carburettor-based products. You can have a racing scooter…

Besides its improved fuel curves, efforts from Malossi’s technical staff resulted with a rev limiter increase of 1.250 RPM depending on the vehicle, making Force Master an even higher performing ECU! Force Master allows to change the injection in order to fit perfectly the Malossi 4-stroke and original cylinders. Carburation adjusting ± 20% at min/medium/max RPM limiter : + 1.250 RPM Original 9.250 - Malossi 10.500 4 different maps : curve 0 : original exhaust system, cylinder with kit Malossi ø 63 mm 125 cc., original head, original camshaft and original filter curve 1 : Malossi exhaust…

Besides its improved fuel curves, efforts from Malossi’s technical staff resulted with a rev limiter increase depending on the vehicle, making Force Master an even higher performing ECU! Force Master allows to change the injection in order to fit perfectly the Malossi 4-stroke and original cylinders. Carburation adjusting ± 20% at min/medium/max RPM limiter : Original 9.800 - Malossi 9.800 4 different maps : curve 0 - vehicle version 125 cc : original exhaust system, Malossi cylinder, original head, original camshaft and original filter curve 1 - vehicle version 125 cc : Malossi exhaust…

Current generator sealed with shock ? resistant injection of insulating and waterproof resin.

With an all-new look, the Force Master 2.1 control unit is much easier to configure. Making products more ergonomic and easy to use has always been a Malossi goal: Force Master 2.1 is a contemporary, adequate and super performing product. With an interface for the K and CAN communication lines, a new user interface and the addition of a capacitive ignition input, Force Master 2.1 is the ideal complement for vehicle performance management: without functional limitations, it allows the engine to be pushed beyond the barrier of the original rev limiter. Technical details Carburation adjusting ±…

The Injtronic engine control unit is the natural evolution of the original Piaggio system and enhances vehicle performance. The latest generation 32 bit microprocessor and hardware designed according to the most recent automotive quality standards make up the RACING DNA of this device. Designed to be plug & play, in other words compatible with the original sensors and actuators, the control unit only needs simple throttle calibration to synchronize the engine electronic control system. The calibrations and fine-tuning allow for a definite increase in engine performance. Technical features…

The use of the new O 2 controller allows for carburetion management in the area where the Lambda sensor controls the air/petrol mixture to be introduced into the combustion chamber. This device is able to make the Lambda sensor work at a value other than stoichiometric, improving the A/F (Air/Fuel ratio) to improve torque and power while respecting the engine’s DNA. Malossi’s research and development department’s main objective is to ensure that each vehicle has a calibration designed to optimise performance and consumption. The evolution that engine control systems have undergone in recent…

The use of the new O 2 controller allows for carburetion management in the area where the Lambda sensor controls the air/petrol mixture to be introduced into the combustion chamber. This device is able to make the Lambda sensor work at a value other than stoichiometric, improving the A/F (Air/Fuel ratio) to improve torque and power while respecting the engine’s DNA. Malossi’s research and development department’s main objective is to ensure that each vehicle has a calibration designed to optimise performance and consumption. The evolution that engine control systems have undergone in recent…

With an all-new look, the Force Master 2.1 control unit is much easier to configure. Making products more ergonomic and easy to use has always been a Malossi goal: Force Master 2.1 is a contemporary, adequate and super performing product. With an interface for the K and CAN communication lines, a new user interface and the addition of a capacitive ignition input, Force Master 2.1 is the ideal complement for vehicle performance management: without functional limitations, it allows the engine to be pushed beyond the barrier of the original rev limiter. Technical details Carburation adjusting ±…

Malossi is proud to offer its new Digitronic ECU with variable ignition timing! Compared to the original ECU, Malossi has completely modified the ignition timing performance maps and increased the rev limit to 15,000 RPMs. The new Digitronic controls the ignition timing and SAS valve. Ignition Timing Performance Map The ignition timing is controlled by performing a linear interpolation of a tri-dimensional performance map, containing 16 break points for engine speed and 8 break points for engine temperature. SAS Valve Performance Map The secondary air supply to the base of the throttle body…

When preparing motors, ignition usually gets secondary attention. Yet this component is of vital importance since it is the one that manages the exact moment in which to ignite the spark on the glow plug and regulates the amount of current that determines the quality of the spark in order to obtain optimal combustion. Both in prepared and original engines, replacement with a newer and more performing ignition is an operation that can breathe new life into the engine itself and allows for more efficient and simple fine tuning. alossi and its team of engineers are proud to announce Power , the…

The use of the new O 2 controller allows for carburetion management in the area where the Lambda sensor controls the air/petrol mixture to be introduced into the combustion chamber. This device is able to make the Lambda sensor work at a value other than stoichiometric, improving the A/F (Air/Fuel ratio) to improve torque and power while respecting the engine’s DNA. Malossi’s research and development department’s main objective is to ensure that each vehicle has a calibration designed to optimise performance and consumption. The evolution that engine control systems have undergone in recent…