Motul 300V 0W-40 – Trophy


Racing lubricant for Motorsports with 100% Synthetic – EsterCore Technology

20 in stock

SKU: MTL 300V 0W40 TROPHY-2L-AUS Category: Brand:

All racing gasoline or diesel engines, naturally aspirated or turbocharged fitted with injection (direct /indirect) or carburetted.
For race prepared engines operating over a wide range of rpm and temperatures.

STANDARDS Above existing Motorsport standards.

Rally – GT – Short distance race
The SAE 0W-40 viscosity allows excellent oil flow into the engine at start-up and fast oil pressure establishment while guaranteeing at hot temperature high oil pressure for outstanding protection and faster engine revving.

For decades MOTUL has developed high performance synthetic Ester based lubricants. By selecting esters over other high performance synthetic base stocks and combining them with  an innovative additive package, MOTUL has created a perfect synergy.

This most advanced E Technology allows maximum power output of the engine without compromising reliability and wear.


  • The SAE 0W-40 viscosity enables to compensate medium engine oil dilution by unburned fuel and maintains a stable oil pressure.
  • Maximum oil film resistance at very high temperature: Engine wear is reduced.
  • Friction Modifier: Maximum power output, decrease operating temperature.
  • Low volatility: Oil consumption is reduced.
  • High shear stability: Stable oil pressure whatever using conditions.


  • For optimal engine performances avoid mixing with others synthetic or mineral lubricants.
  • Oil change: According to your own use.

Viscosity grade SAE J 300 SAE 0W40
Density at 20°C (68°F) ASTM D1298 0.848
Viscosity at 40°C (104°F) ASTM D445 75.7 mm²/s
Viscosity at 100°C (212°F) ASTM D445 13.6 mm²/s
HTHS viscosity at 150°C (302°F) ASTM D4741 3.9 mPa.s
Viscosity Index ASTM D2270 186
Pour point ASTM D97 -51°C / -59.8°F
Flash point ASTM D92 222°C / 431.6°F
TBN ASTM D2896 8.25 mg KOH/g

Weight 2 kg



3.9 mPa.s


2 Litres


8.25 mg KOH/g


Full Synthetic



Viscosity at 100°C

13.6 mm²/s

Viscosity at 40°C

75.7 mm²/s