RIDER SCOOTER MB 4T 10W-40

  • Rider
  • Mineral
  • Motorcycles

Description

Cualidades

⦁ JASO MB specification (controlled low friction): formulated for modern scooters with dry clutch / CVT systems, promoting smooth and efficient operation.
⦁ High shear stability: maintains viscosity and protection under severe urban use, helping to reduce noise and vibrations.
⦁ Low volatility: contributes to reduced oil consumption during intensive duty cycles.
⦁ Enhanced anti‑wear protection: anti‑wear additive package for improved engine durability.
⦁ Excellent thermal and oxidative stability: protects the lubricant against degradation, maintaining performance throughout the service interval.
⦁ Urban and interurban performance: balanced behavior both in city riding and connecting routes.

Niveles de calidad, homologaciones y recomendaciones

API: SP, JASO: T 903:2023 MB
Technical data sheet Safety data sheet

Product details

Description

Thanks to its high shear stability, RIDER SCOOTER 10W‑40 maintains viscosity under continuous mechanical stress, helping to reduce noise and vibrations while sustaining a consistent lubricating film. Its low volatility helps keep the oil level stable under intensive use conditions, while its resistance to oxidation protects against lubricant degradation during repetitive rides at elevated operating temperatures.

Developed by Repsol Technology Lab

Niveles de calidad, homologaciones y recomendaciones

API: SP, JASO: T 903:2023 MB

Cualidades

⦁ JASO MB specification (controlled low friction): formulated for modern scooters with dry clutch / CVT systems, promoting smooth and efficient operation.
⦁ High shear stability: maintains viscosity and protection under severe urban use, helping to reduce noise and vibrations.
⦁ Low volatility: contributes to reduced oil consumption during intensive duty cycles.
⦁ Enhanced anti‑wear protection: anti‑wear additive package for improved engine durability.
⦁ Excellent thermal and oxidative stability: protects the lubricant against degradation, maintaining performance throughout the service interval.
⦁ Urban and interurban performance: balanced behavior both in city riding and connecting routes.