Hyundai Lantra / Elantra, J1 (EU)
Coolant capacity & service interval
Hyundai Lantra / Elantra, J1 (EU) coolant capacity ranges from 5,3 to 6 liters. Service intervals include 45000 km or 24 months and 50000 km or 24 months. The data covers 6 configurations.
The configuration chart below lists fill volumes and service intervals for each engine and trim variant.
| Type | Specifications |
|---|---|
| Lantra / Elantra 1.5i (1992-1995) |
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| Lantra / Elantra 1.6i (1992-1995) |
|
| Lantra / Elantra 1.8i (1992-1995) |
|
| Lantra / Elantra 1.5 (1991-1992) |
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| Lantra / Elantra 1.5i (1991-1992) |
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| Lantra / Elantra 1.6i (1991-1992) |
|
Additional Notes
- The 1.5 and 1.5i engines from 1991-1992 share a cooling system capacity of 5.3 liters, while the 1.6i and 1.8i engines hold 6 liters, reflecting the larger displacement and associated thermal load of those powerplants.
- The 6-liter cooling system capacity of the Hyundai Lantra / Elantra J1 1.6i is shared by the 1.8i variant across the 1992-1995 period, indicating a common cooling architecture between those two engine sizes.
- All six configurations carry a fixed 24-month time interval for coolant changes regardless of engine size or model year, meaning calendar time acts as an independent service trigger alongside mileage.
- The 1.5i variant shows a mileage interval reduction from 50,000 km in 1991-1992 to 45,000 km in 1992-1995, while the coolant capacity of 5.3 liters remains unchanged across both periods.
- The same 50,000 km to 45,000 km interval reduction seen on the 1.5i also applies to the 1.6i between the 1991-1992 and 1992-1995 specifications, with the 6-liter capacity held constant.
- All specifications are designated for normal use conditions, meaning the stated mileage and time intervals apply to standard operating environments rather than severe or demanding duty cycles.
- A cooling system capacity figure such as 5.3 or 6 liters represents the total fluid volume of the entire cooling circuit, which typically includes the engine block, cylinder head passages, radiator, and expansion reservoir.