Rover Maestro
Coolant capacity & service interval
Rover Maestro coolant capacity ranges from 5,8 to 8,5 liters. Service intervals require changes every 40000 km or 48 months. The data covers 4 configurations.
The configuration chart below lists fill volumes and service intervals for each engine and trim variant.
| Type | Specifications |
|---|---|
| Maestro Van 500 1.3 (1986-1994) |
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| Maestro Van 700 1.3 (1986-1997) |
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| Maestro Van 700 1.6 (1986-1997) |
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| Maestro Van 700 2.0 D (1986-1997) |
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Additional Notes
- The Rover Maestro Van 500 1.3 and the Maestro Van 700 1.3 share an identical cooling system capacity of 5.8 liters, reflecting the common engine architecture used across both van designations despite their different load ratings.
- The Maestro Van 700 1.6 carries the largest cooling system capacity in the range at 8.5 liters, a notably higher figure than the 1.3 variants, consistent with the greater thermal output of a larger displacement petrol engine requiring more coolant volume to maintain operating temperatures.
- The diesel-powered Maestro Van 700 2.0 D has a cooling system capacity of 7.5 liters, placing it between the 1.3 and 1.6 petrol variants. Diesel engines typically generate substantial heat through compression ignition, and a dedicated coolant volume of 7.5 liters reflects those thermal management demands.
- All four Maestro Van configurations share the same service interval under normal use conditions: 40,000 km or 48 months, whichever comes first. The 48-month time limit means coolant is renewed at least every four years regardless of mileage accumulation.
- The Maestro Van 500 1.3 covers the 1986-1994 model years, while the three Maestro Van 700 variants span 1986-1997, meaning the 700 series remained in production for a longer period with the same coolant capacity and interval specifications throughout.
- A cooling system capacity figure such as 5.8 liters represents the total system fill volume, encompassing the radiator, engine block passages, heater matrix, and expansion reservoir, rather than just the radiator alone. Knowing the full system volume is essential for mixing coolant concentrate to the correct antifreeze concentration.