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…
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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 unit even more immune to interferences developing an uP STM8 - 8 bit microprocessor with processing speed of 20 MIPS: guaranteeing spark timing with greater accuracy than prior versions!
The MHR Team II includes a not adjustable with 3 trimmers control unit with variable spark advance timing:
It also features 8 preset maps described as follows:
Other essential components have also been revised, such as the high voltage coil, now able to deliver a maximum discharge voltage >40 KV for normal engine speeds from >3000 RPM and an extraordinary ramp up time @10bar> 1750 V/uS.
One of the most important novelties is the new rotor/stator unit, featuring a completely redesigned static component in terms of mechanics and electronics!
The installation instructions graphically illustrate the best spark advance setup for different engines.
Electrical performance improved by 20%. Minimum start-up speed reduced from 450 rpm to 370 rpm.
The effects of this latest evolution translate into increased voltage supplied to the spark plug, at the same speed, which is anything but negligible compared to the previous model.
TECHNICAL FEATURES
CDI
Control unit with variable spark advance timing and with 3 trimmers:
8 preset maps:
High voltage coil
Rotor-stator unit
WARNING: with this kind of ignition the lighting set is disconnected.
Products reserved exclusively for racing in specifically designed locations according to the provisions of the competent sporting authorities. We disclaim all liability for improper use
Data sheet
Technical features: High-quality resistor spark plug cap, which ensures constant resistance with minimal variations in overload conditions. External body made with a robust rubber structure featured by excellent resistance to intense heat and mechanical stress. Special rubber rings positioned internally and at the ends allowing to avoid external discharge even in conditions of high humidity.
Technical features: Resistor spark plug cap High-quality resistor spark plug cap, which ensures constant resistance with minimal variations in overload conditions. External body made with a robust rubber structure featured by excellent resistance to intense heat and mechanical stress. Special rubber rings positioned internally and at the ends allowing to avoid external discharge even in conditions of high humidity. Spark plug cable Silicone spark plug cable Ø7 mm with double insulation (EPDM inside and silicone outside). Wide temperature range from -40° to +220°. Flexible and resistant.
Additional non-magnetic stainless steel inertia flywheel Ø 94.5 mm, 296 g, providing improved response and smoother rotation speeds.
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…
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 ±…
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.
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…
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…
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…
LIMITLESS Have you heard of the theory that argues we use only twenty per cent of our brain? With Force Master 3 you'll use a hundred per cent... of your engine! To improve our most advance control module, we designed with vision, starting with the milestones achieved so far. Thus was conceived Force Master 3, a futuristic control module both in hardware and in software. INTEGRATED LAMBDA EMULATOR The original control module of the scooter, for analysis of the air/fuel ratio and to adjust the carburetion accordingly, normally interfaces with the lambda sensor installed on the silencer. force…
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…
Current generator sealed with shock ? resistant injection of insulating and waterproof resin.
Light flywheel (885 g for a 16.2 kg/cm2 moment of inertia) hot moulded and designed to resist the highest amount of rotations!
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…
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 ±…
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