The inner rotor ignition systems designed by Malossi are based on the state-of-the-art technology applied to racing. Such a new system resulted from the need to overcome the technical limitations imposed by conventional flywheel ignition, which cannot ensure consistent performance over 10,000 rpm and causes severe setting-up problems for racing vehicles. We made the control unit even more immune to interferences developing an uP STM8 - 8 bit microprocessor with processing speed of 20MIPS, guaranteeing spark timing with greater accuracy than prior versions! The MHR version includes a control…

ELECTRONIC COILS The continuous development of electronics in the automotive segment led Malossi to the creation and marketing of a complete line of electronic coils for scooters to be used on the street and for races which is at the highest level of technology. Each electronic coil model was expressly studied for the scooter it will be fitted on, and this is the reason why after endless tests on the bench, on rollers and on the racing track an optimal start up map (fixed or variable) has been prepared in order to obtain the best performances of the vehicle. The Malossi electronic coils were…

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…

VESPower Ignitions Range of complete ignitions for vintage gear Vespa. In order to allow an easy and perfect installation, a specific version for each model has been studied. The new ignition range features: Lightened flywheel (weight 1,2 kg) with moment of inertia equal to 28 Kg/cm² (see attached chart). It is made from forged with external set up for additional masses (not included into the kit). 12 V (90 Watt ) 4-pole stator with output for battery charging. Red colored plastic fan with advanced booster cooling secondary fins (optimized fan profile and distribution absorption). Wiring…

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 ±…

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. Malossi and its team of engineers are proud to announce Power , the…

We suggest to use the O 2 controller to further optimize both carburetion and performances in transistors. In latest generation motorcycles, thanks to lambda sensor, the CDI can rectify the fuel quantity to be injected in order to reach a constant carburetion even in Closed Loop area. The O 2 controller permits to totally control the carburetion as to obtain the best air/fuel ratio. Malossi Lambda emulator is a device able to simulate signals from lambda sensor which original CDI is expected to receive. In this way, original lambda sensor is used to obtain best carburetion without the…

DIGITRONIC for 4-Stroke engines Digital electronic coil featuring a timing advance map in memory on the microprocessor. 500 rpm increase of limiter. Timing advance map controlled by 16 break pointsin order to perfectly fit both Malossi and original 4-stroke cylinders. Controls choke automatically based on engine temperature. RPM limiter : + 500 RPM Attention: The Malossi Engine Control Unit Art. 5512341 is made for vehicles that original have an IMMOBILIZER key, but do not have the Immobilzer internally. Only the LED on the dash will remain active.

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 ±…

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 ±…

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

MHR Team II ignition is a great innovation!!! Manages multiple maps simultaneously without having to resort to a hand-held device, with just a simple click. Ability to shift the selected map by moving the OFFSET (± 2°). The inner rotor ignition systems designed by Malossi are based on the state-of-the-art technology applied to racing. Such a new system resulted from the need to overcome the technical limitations imposed by conventional flywheel ignition, which cannot ensure consistent performance over 10,000 rpm and causes severe setting-up problems for racing vehicles. We made the control…

If you love high revs and are looking for higher maximum power, this inertia flywheel for internal rotor ignition is for you. Even lighter than the 296 g model (Art. No. 5511551B ), it weighs only 201 g, allowing for quicker response at rpm changes.

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…