Renault Master IV (EU)
Coolant capacity & service interval
Renault Master IV (EU) coolant capacity is 9 liters. Service intervals are 160000 km or 72 months. The data covers 6 configurations.
The configuration chart below lists fill volumes and service intervals for each engine and trim variant.
| Type | Specifications |
|---|---|
| Master IV 2.0 Blue dCi 105 DPF Euro 6e (2024- ) |
|
| Master IV 2.0 Blue dCi 130 DPF Euro 6e (2024- ) |
|
| Master IV 2.0 Blue dCi 150 DPF Euro 6e (2024- ) |
|
| Master IV 2.0 Blue dCi 170 DPF Euro 6e (2024- ) |
|
| Master IV E-Tech Electric (105 kW) (2024- ) |
|
| Master IV E-Tech Electric (96 kW) (2024- ) |
|
Additional Notes
- All six Renault Master IV (EU) configurations listed for 2024 share an identical cooling system capacity of 9 liters. In a commercial van of this size and weight class, a 9-liter coolant volume is consistent with a large-displacement engine bay or an electric drivetrain thermal management circuit that requires substantial fluid volume to regulate operating temperatures.
- The 9-liter figure represents a full cooling system fill, meaning the total volume of the entire circuit including the engine block, radiator, heater core, and expansion reservoir rather than a partial drain-and-refill quantity.
- The four Blue dCi variants span output ratings of 105, 130, 150, and 170 horsepower, yet all share the same 9-liter cooling system capacity. This uniformity indicates the variants use the same 2.0-liter engine block and cooling circuit architecture, with power differences achieved through calibration rather than structural changes to the cooling system.
- The E-Tech Electric variants, rated at 96 kW and 105 kW respectively, also carry a 9-liter cooling system capacity. Electric drivetrains use liquid cooling to manage battery pack and power electronics temperatures, so a dedicated coolant circuit is standard in modern battery-electric commercial vehicles.
- The change interval for all six configurations is 160,000 km or 72 months under normal use conditions. The 72-month figure equals six years, making the time-based limit the more likely governing factor for lower-mileage operators such as urban delivery fleets or seasonal-use vehicles.
- A 160,000 km coolant change interval is relatively extended compared to older service schedules, which commonly specified 60,000-80,000 km. Extended intervals of this length are typically associated with modern long-life coolant formulations, often based on organic acid technology (OAT) or similar inhibitor chemistry designed to resist degradation over longer service periods.
- The normal use condition designation applies to all six rows. In fluid service specifications, normal use generally refers to standard operating conditions without sustained extreme loads, frequent cold starts, or prolonged idling, which would otherwise qualify as severe use and typically carry shorter intervals.