Petronas Tutela Transmission Axle Drive

Approved by

• FCA

Standards & approvals

• FCA 9.55550-DA8

  Official approval

  FCA 9.55550-DA8 — automatic transmission fluid

  FCA 9.55550 standard for automatic-transmission fluids; the DA8 suffix indicates the level a particular gearbox requires.

• API GL-5

  Gear oil, API GL-5 service level

  API's service designation for axle and manual transmission oils.

Specifications

Brand

Petronas

Range

Petronas Tutela

Category

Manual gearbox & axle oils

Viscosity

SAE 75W-85

Manufacturer code

76049

Availability

On request

Compatible vehicles

Fiat

Ducato

Derived from the vehicle makers' approvals this product meets. Check the specification your vehicle's manual requires.

Typical characteristics

Manufacturer's description

PETRONAS Tutela Axle Drive 75W-85 is a fully synthetic, low-viscosity final drive lubricant with Extreme Pressure (E.P.) characteristics, delivering optimised performance and component durability for rear axles with limited slip differentials using carbon friction plates. The optimised friction properties help reduce limited slip differential noise, while the low viscosity helps lower fuel consumption. High performance at low temperature together with high oxidation resistance result in cleaner components and extended component life, making the oil suitable for use in a wide temperature range. It provides high EP protection for hypoid axles and good thermal and oxidative stability. Specifications: API GL-5. Approvals: FIAT 9.55550-DA8 Contractual Technical Reference N° F058.N15. Always consult the owner’s manual to check the recommended viscosity grade and specification for your vehicle.

Applications

• Fully synthetic, low-viscosity final-drive lubricant with Extreme Pressure (EP) characteristics, for rear axles with limited-slip differentials using carbon friction plates.

Performance & benefits

• Optimized friction properties help reduce limited-slip-differential noise.
• Low viscosity helps reduce fuel consumption.
• High performance at low temperature together with high oxidation resistance result in cleaner components and extended component life, for use across a wide temperature range.