Renault Fuego (EU)
Coolant capacity & service interval
Renault Fuego (EU) coolant capacity ranges from 6 to 8,2 liters. Service intervals include 450000 km or 36 months and 60000 km or 36 months. The data covers 4 configurations.
The configuration chart below lists fill volumes and service intervals for each engine and trim variant.
| Type | Specifications |
|---|---|
| Fuego Turbo Diesel (66 kW) (1982-1985) |
|
| Fuego TL, GTL (47 kW) (1980-1985) |
|
| Fuego TS, GTS (71 kW) (1980-1985) |
|
| Fuego TX, GTX (81 kW) (1980-1985) |
|
Additional Notes
- The Renault Fuego (EU) coolant system capacities vary across engine variants, ranging from 6 liters in the TL and GTL (47 kW) up to 8.2 liters in the Turbo Diesel (66 kW), reflecting the differing thermal management demands of each powertrain.
- The TL and GTL (47 kW) cooling system holds 6 liters, which is the smallest capacity among the four listed variants for the 1980-1985 model years.
- The TS and GTS (71 kW) cooling system capacity is 6.8 liters, sitting between the lower-output TL/GTL and the higher-output TX/GTX variants.
- The TX and GTX (81 kW) cooling system requires 7.7 liters, consistent with the greater heat rejection associated with a higher-output petrol engine compared to the TL/GTL and TS/GTS variants.
- The Turbo Diesel (66 kW), available from 1982-1985, carries the largest cooling system capacity at 8.2 liters. Diesel engines, particularly turbocharged ones, typically generate substantial heat that demands a larger coolant volume.
- The three petrol variants — TL/GTL, TS/GTS, and TX/GTX — all share an identical change interval of 450,000 km or 36 months under normal use conditions, indicating a consistent service schedule across the petrol range regardless of output differences.
- The Turbo Diesel (66 kW) carries a significantly shorter distance-based change interval of 60,000 km compared to the 450,000 km interval of the petrol variants, though both share the same 36-month time-based interval. The 60,000 km figure reflects the more demanding coolant degradation environment typical of turbocharged diesel engines.