Aprilia Sr 125 [MALOSSI] - Multivar 2000 variator

✔️ New part

€154,00 EUR

Available Now!

The variator is a central component of modern scooters and motorcycles with continuously variable automatic transmissions. It plays a crucial role in transferring power from the engine to the rear wheel by continuously adjusting the gear ratio. This enables efficient acceleration and optimal use of engine power.

Technical data:

  • Product name: MALOS VARIATOR MULTIVAR
  • Description: MALOSSI Multivar 2000 variator
  • Category 1: VEHICLE PARTS & ACCESSORIES
  • Category 2: ENGINE PARTS
  • Category 3: ENGINE CLUTCH
  • Volume: 7300 cm³
  • Weight: 1148g
  • Length: 225mm
  • Width: 309mm
  • Height: 105mm

How it works and benefits

The MALOSSI Multivar 2000 variator has been specially developed to increase the performance and efficiency of scooters and motorcycles. By using high-quality materials and precise manufacturing techniques, this variator offers outstanding durability and reliability. It improves engine response and enables smoother and faster acceleration.

One of the biggest advantages of the MALOSSI Multivar 2000 variator is the improvement in fuel efficiency. By optimally adjusting the gear ratio, scooters and motorcycles can run more efficiently at lower speeds, resulting in a reduction in fuel consumption. In addition, the improved acceleration ensures more agile driving behavior, especially in urban areas with frequent stop-and-go traffic.

The variator can usually be installed without major modifications to the vehicle and is therefore an attractive option for increasing performance without extensive modifications. This makes them a popular choice for vehicle owners who want to improve their vehicle's performance without compromising its originality.

In summary, the MALOSSI Multivar 2000 variator is an excellent choice for anyone who wants to easily optimize the performance of their vehicle. Their robust construction and ability to use engine power efficiently make them an essential upgrade for performance-oriented drivers.