New Holland PowerStar
Brake fluid capacity & service interval
New Holland PowerStar brake fluid capacity is 0,7 liter. Service intervals include checking at 10 hours and changing at 2000 hours. The data covers 9 configurations.
The configuration chart below lists fill volumes and service intervals for each engine and trim variant.
| Type | Specifications |
|---|---|
| PowerStar 100 (2021- ) |
|
| PowerStar 110 (2021- ) |
|
| PowerStar 120 (2021- ) |
|
| PowerStar 65 (2021- ) |
|
| PowerStar 75 (2021- ) |
|
| PowerStar 90 (2021- ) |
|
| T4.55 PowerStar (2012-2018) |
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| T4.65 PowerStar (2012-2018) |
|
| T4.75 PowerStar (2012-2018) |
|
Additional Notes
- Across all New Holland PowerStar variants covered in these specifications, the hydraulic brake system capacity is uniformly 0.7 liter. In hydraulic brake systems, this figure represents the total fluid volume held within the reservoir and circuit lines, not a drain-and-refill service quantity.
- The 2021-onward PowerStar models — spanning the 65, 75, 90, 100, 110, and 120 — carry a check interval of every 10 operating hours for the hydraulic brake system. A 10-hour check interval reflects a high-frequency inspection cycle, consistent with safety-critical fluid systems on agricultural machinery subject to heavy daily use.
- The same 2021-onward PowerStar lineup specifies a full brake fluid change at 2000 operating hours under normal use conditions. At typical agricultural workloads, 2000 hours can represent several seasons of field operation, making the change interval a long-cycle maintenance event rather than a routine annual service.
- The T4.55, T4.65, and T4.75 PowerStar models covering 2012-2018 share the same 0.7-liter hydraulic brake system capacity as the later 2021-onward variants. No check or change interval figures appear in the specifications for the T4-series models.
- The consistent 0.7-liter capacity across all nine PowerStar configurations — from the lower-output T4.55 through to the PowerStar 120 — indicates a standardized brake reservoir design applied across the range regardless of power output differences between models.
- All specifications in this dataset are classified under normal use conditions. In service interval terminology, normal use typically refers to operation within standard load cycles and environmental conditions, as opposed to severe use classifications that would apply to extreme duty cycles or harsh environments.