Mitsubishi Eclipse Cross (EU)
Transfer case fluid capacity & service interval
Mitsubishi Eclipse Cross (EU) transfer case fluid capacity is 0,5 liter. Service intervals include checking every 20000 km or 12 months, and changing every 40000 km or 80000 km. The data covers 4 configurations.
The configuration chart below lists fill volumes and service intervals for each engine and trim variant.
| Type | Specifications |
|---|---|
| Eclipse Cross 2.2 DI-D 4x4 (2019-2021) |
|
| Eclipse Cross 2.2 DI-D 4x4 (2019-2021) |
|
| Eclipse Cross 1.5 4WD (2017-2021) |
|
| Eclipse Cross 1.5 4WD (2017-2021) |
|
Additional Notes
- The Mitsubishi Eclipse Cross (EU) transfer case holds 0.5 liter of fluid across all listed configurations, a relatively small capacity consistent with compact transfer box units found in crossover-segment vehicles.
- The 1.5 4WD variant covers model years 2017-2021, while the 2.2 DI-D 4x4 variant enters the specifications from 2019-2021, meaning the diesel configuration has a shorter represented production window within the same overall range.
- Both the 1.5 petrol and 2.2 diesel configurations share an identical 0.5 liter transfer case capacity, indicating no difference in transfer box fluid volume between the two engine variants.
- A fluid check interval of every 20,000 km or 12 months applies to all four rows regardless of use condition, meaning the inspection schedule remains constant whether operating under normal or severe conditions.
- Under normal use conditions, the transfer case fluid change interval is set at 80,000 km for both the 1.5 4WD and the 2.2 DI-D 4x4 configurations.
- Under severe use conditions, the fluid change interval is halved to 40,000 km for both configurations, reflecting the increased thermal and mechanical stress that severe operating conditions place on transfer case lubricants.
- The gap between the check interval at 20,000 km and the change interval at 80,000 km under normal use means the fluid is inspected approximately four times before a full change is due, allowing condition monitoring without premature replacement.