Mitsubishi Galloper (EU)
Differential fluid capacity & service interval
Mitsubishi Galloper (EU) differential fluid capacity ranges from 1,2 to 2,6 liters. Service intervals include checks at 15000 km/12 months or 30000 km/24 months, and changes at 7500 km/6 months, 45000 km/36 months, or 90000 km/72 months. The data covers 5 configurations.
The configuration chart below lists fill volumes and service intervals for each engine and trim variant.
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Additional Notes
- The Mitsubishi Galloper (EU) 2.5 TD carries 1.2 liters of fluid in the front differential, a notably smaller volume than any of the rear differential variants listed for the same engine.
- The standard rear differential holds 1.8 liters, shared across both the open and limited slip rear differential configurations on the 2.5 TD.
- The rear differential fitted with a differential lock carries a capacity of 2.6 liters, the largest differential fluid volume across all configurations in the 1999-2003 specification set, reflecting the additional mechanical components housed within a locking unit.
- Under normal use conditions, the front differential and the standard rear differential share identical service intervals: a fluid check at 30,000 km or 24 months and a fluid change at 90,000 km or 72 months.
- The rear differential with differential lock follows the same check and change schedule as the standard rear differential under normal use, at 30,000 km or 24 months for checks and 90,000 km or 72 months for changes, despite holding significantly more fluid.
- The limited slip rear differential operates on a considerably shorter service schedule under normal use conditions, with checks due at 15,000 km or 12 months and fluid changes required at 45,000 km or 36 months, intervals that are half those of the standard rear differential.
- A first change only interval applies to the limited slip rear differential, requiring a fluid change at 7,500 km or 6 months. This early change is associated with the break-in period of limited slip friction components, which shed material into the fluid during initial operation.