WARNING: California Proposition 65

Fabrication: Fully Synthetic Special Fluid

RAVENOL AWD-H FLUID is a high-quality formula of high-performance oils with special additives and inhibitors.

RAVENOL AWD-H FLUID is a special high-performance transmission oil for Haldex's Allrad, Quattro and 4Motion powertrains.

How the Haldex coupling operates: The axle closest to the engine is constantly powered. All-wheel drive powertrains with a Haldex coupling automatically direct engine power to the other axle where required, without any intervention from the driver. Depending on the electronically-controlled blocking effect of the Haldex coupling, a variable proportion of the engine power is transferred to this axle as required.

RAVENOL AWD-H FLUID supports this power transfer process with its outstanding qualities.

View RAVENOL AWD-H Haldex Fluid Performance Tests

Application Directions:

RAVENOL AWD-H FLUID is suitable for use with all-wheel drive powertrains with Haldex couplings in AUDI, VOLKSWAGEN, SEAT, SKODA, OPEL, LAND ROVER and VOLVO vehicles.

RAVENOL AWD-H FLUID should be changed every 60.000 km in order to avoid damage to the powertrain.

RAVENOL recommendation: When changing the oil, always change the oil filter of the Haldex coupling and clean the pre-filter of the oil pump or replace it at the same time. This prevents damage to the Haldex caused by deposits or clogging of the filters.

Quality Classification:

RAVENOL AWD-H FLUID is tried and tested for aggregates specifying:
Recommendations: BMW 83222413513, GM 93165387, Land Rover LR 003136 (Haldex-Öl Baujahr 2011-2014), Land Rover LR054941 (Haldex-Öl Baujahr 2011-2014), Opel 1940057, VOLVO 31367940, VW G 052 175 A2, VW G 055 175 A2, VW G 060 175 A2, VW G 065 175 A2

Technical Characteristics:

RAVENOL AWD-H FLUID offers:

• Excellent flow behavior at low temperatures
• High, stable viscosity index
• Very good oxidation stability
• Reliable protection against wear, corrosion and foaming
• Excellent coefficient of friction constancy
• High thermal and oxidative stability
• Excellent cooling ability
• Improved shear stability