Ignition -MALOSSI VesPower MK2- Vespa PX Elestart- Moment of inertia 28 kg/cm² (1200gr.)

Malossi VesPower MK2 ignition (1200 g) - for Vespa PX Elestart with dynamic adjustment

MKII version of the Malossi VesPower ignition. Now with 4-fold bolted new impeller with modified impeller profile for lower noise development.

The Malossi Vespower ignition offers the following advantages:

• Complete replacement ignition
• Flywheel mass (1200gr.)
• More agile acceleration
• More power
• Dynamic ignition timing adjustment
• More torque
• More spontaneous throttle response
• 90 watt light output
• Modern regulator included
• Reinforced fan guard
• Optionally more flywheel mass can be fitted (available separately)

The Malossi Vespower ignition is based on the same principle as the well-known Vespatronic, Pinasco Flytech or Polini IDM. The ignition base plate does not have a pickup. The ignition signal is picked up via the light frequency. As the engine speed increases, the ignition timing is reduced via the CDI. The engine has a high pre-ignition angle for high torque in the lower speed range. This is reduced with increasing engine speed, at which the exhaust strongly supports the charge change. This reduces the thermal load on the engine and increases its ability to rev.

The light flywheel mass ensures a very dynamic throttle response and greatly improved acceleration. The smaller fan blades are perfectly suited to the higher speed level of the tuned engine, at which the large blades of the original fan wheel would spin idle. The ignition is also suitable for everyday and touring engines thanks to the optionally available and adaptable flywheel mass rings. Here, the increased flywheel mass helps the engine to run smoother and improves elasticity in the upper gears.
The stiffening fins of the plastic impeller effectively prevent it from tearing or breaking.

This version is the version with 1200 g flywheel mass. It can be upgraded with more flywheel mass at a later date; this is not possible with the version with only 900 g.