MOTUL SCOOTER POWER 4T MB 10W-30 - 100% Synthetic Engine Oil for Scooters and Maxi Scooters

Professional Technical Description

Motul Scooter Power 4T MB 10W-30 is a latest generation 100% synthetic engine lubricant, specifically designed for 4-stroke scooters and maxi-scooters of all displacements without wet clutches. This oil incorporates an innovative anti-wear additive package that reduces internal engine friction, improving overall mechanical efficiency.

Distinctive Technical Features:

The special formulation guarantees maximum efficiency and protection, with instant engine response and optimized fuel economy. The lubricating film has improved resistance offering excellent protection at high temperatures, making it particularly suitable for urban use with full-load operation over long periods and stop&go conditions with difficult cooling.

Certifications and Standards:

The product meets API SP and JASO MB specifications. The API SP standard guarantees performance benefits including exhaust system compatibility, oxidative stability and wear protection. The JASO MB specification ensures optimal engine performance and significant fuel savings: up to 2.5% reduced consumption compared to a 20W-50 JASO MA lubricant and up to 2% savings compared to a 10W-40 JASO MA oil, under the same urban driving conditions.

Applications:

Ideal for 4-stroke scooter engines of any displacement, with or without catalytic converter, compatible with all types of gasoline (leaded or unleaded) and biofuels. Specifically developed for new generation high-performance scooters and maxi-scooters, for urban and extra-urban use.

Performance Benefits:

• Excellent detergent and dispersant properties that keep the engine clean
• High resistance to oil aging
• Anti-oxidant, anti-corrosion and anti-foam properties
• Resistance to viscosity increase caused by unburned products from the engine
• Reduced oil consumption
• Lower emissions
• Optimal wear protection

By reducing fuel consumption, this JASO MB lubricant also contributes to reducing pollutant emissions and therefore CO2 emissions.