Millers Oils Motorsport CFS Nanodrive 5W40 Engine Oil
The Millers Oils Motorsport CFS Nanodrive 5W40 Engine Oil is a premium, fully synthetic engine oil designed specifically for the demands of motorsport engines. It features the latest NanoDrive additive technology, which significantly reduces friction and wear, allowing for maximum engine power output and efficiency. This oil is ideal for fast road, street-modified engines, race, rally, sprints, and hill climbs, particularly those with hydraulic tappets such as the Ford Zetec.
Key Features:
- NanoDrive Technology: Utilizes spherical nanoparticles to create a super-smooth surface on engine components, minimizing wear and maximizing power output.
- Triple Ester Formulation: Combines three esters with advanced additive technology for superior lubricity and performance.
- High Film Strength: Provides ultimate protection against engine wear, even under extreme conditions.
- Operating Temperatures: Suitable for constant temperatures up to 125°C and peak temperatures up to 150°C.
Specifications:
- Viscosity Grade: 5W-40
- Specific Gravity @ 15°C: 0.859
- Kinematic Viscosity @ 100°C: 14.3 cSt
- Kinematic Viscosity @ 40°C: 89.7 cSt
- Viscosity Index: 165
- Pour Point: -39°C
- Flashpoint: 226°C
- Cold Crank Viscosity: 6,600 cP max
- TBN (Total Base Number): 10.0 mg KOH/g
Applications:
- Fast Road/Street Modified Engines
- Race, Rally, Sprints, and Hill Climbs
- Engines with Hydraulic Tappets (e.g., Ford Zetec)
- Motorcycles with Wet Clutches
Safety Data Sheet:
The Health and Safety Data Sheet for this product is available upon request. It is essential to follow all safety guidelines when handling this product to ensure safe use.
OEM Approvals:
This product exceeds the requirements of API SM/CF and ACEA A3/B4, ensuring compatibility with a wide range of engines. However, specific OEM approvals may vary, so it is advisable to check compatibility with your vehicle’s manufacturer recommendations.
Benefits:
- Reduced Friction: Up to 15% reduction compared to previous formulations.
- Increased Power Output: Enhanced engine performance due to reduced friction and wear.
- Improved Reliability: Longer engine life through superior anti-friction and anti-wear characteristics.
- Energy Efficiency: Reduced heat production contributes to improved fuel efficiency.



