Millers Oils Motorsport CFS Nanodrive 10w60 NT+ Engine Oil
The Millers Oils Motorsport CFS Nanodrive 10w60 NT+ Engine Oil is a premium, fully synthetic engine oil specifically designed for high-performance motorsport applications. It features the latest NanoDrive additive technology, which significantly reduces friction and wear on engine components, thereby enhancing power output and efficiency. This oil is ideal for larger capacity race and rally engines, whether normally aspirated or turbocharged, and is particularly beneficial in high-stress conditions.
Key Features:
- NanoDrive Technology: Utilizes spherical nanoparticles that fill micro-roughness on metal surfaces, creating a smooth, wear-resistant layer. This technology ensures minimal wear and maximum power output even under extreme pressure.
- Synthetic Base Fluids: Formulated with a synergistic blend of three esters, providing high film strength for ultimate engine protection.
- Viscosity and Performance: Offers a 10W60 viscosity, suitable for operating temperatures up to 125°C with peak temperatures reaching 150°C.
- Applications: Suitable for all types of racing, including endurance, time attack, sprints, hill climb, circuit racing, and rallying.
Specifications:
- Density @ 15°C: Approximately 0.867 g/ml
- Kinematic Viscosity @ 100°C: 23.3 to 24.3 cSt
- Flashpoint: >220°C
- Viscosity Index: 175
- Pour Point: -42°C
- Cold Crank Viscosity @ -25°C: 7,000 cP
- TBN (Total Base Number): 10.1 mg KOH/g
OEM Approvals and Compliance:
Manufactured to exceed the requirements of API SM/CF and ACEA A3/B4 standards.
Safety Data Sheet (SDS) Information:
For detailed safety information, including handling, storage, and disposal guidelines, please refer to the product’s Safety Data Sheet, which is available upon request.
Benefits:
- Increased Power Output: Independent dyno tests have shown significant increases in power and torque compared to traditional oils.
- Reduced Friction and Wear: NanoDrive technology provides up to a 15% reduction in friction and up to a 17% reduction in wear compared to previous formulations.
- Improved Reliability and Energy Efficiency: Enhanced performance and protection under high-stress conditions ensure longer engine life and improved efficiency.



