Subaru Forester, SH (EU)
Brake fluid capacity & service interval
Subaru Forester, SH (EU) models utilize brake fluid with a capacity range between min and max. Service intervals include changes at 15000 km/ 12 months, 30000 km/ 24 months, and 48000 km/ 30 months. The data covers 10 configurations.
The configuration chart below lists fill volumes and service intervals for each engine and trim variant.
| Type | Specifications |
|---|---|
| Forester 2.5 (2011-2013) |
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| Forester 2.5 T (2011-2013) |
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| Forester 2.0 (2008-2013) |
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| Forester 2.0 (2008-2013) |
|
| Forester 2.0 D (2008-2013) |
|
| Forester 2.0 D (2008-2013) |
|
| Forester 2.5 (2008-2011) |
|
| Forester 2.5 (2008-2011) |
|
| Forester 2.5 T (2008-2011) |
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| Forester 2.5 T (2008-2011) |
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Additional Notes
- Brake fluid capacity across all Subaru Forester SH (EU) variants is expressed as a fill level between the reservoir's minimum and maximum marks rather than a fixed volume. This approach accounts for normal fluid displacement within the hydraulic system as brake pads wear over time.
- Under normal use conditions, the 2.0, 2.0 D, and the 2.5 and 2.5 T variants covering 2008-2011 all share a change interval of 30,000 km or 24 months, whichever comes first.
- Under severe use conditions, the 2.0, 2.0 D, 2.5 (2008-2011), and 2.5 T (2008-2011) variants require brake fluid changes at 15,000 km or 12 months. Severe use effectively halves both the distance and time thresholds compared to normal use intervals for those same variants.
- The Forester 2.5 and 2.5 T in the 2011-2013 model year range carry a notably extended normal-use interval of 48,000 km or 30 months, a significant increase over the 30,000 km or 24-month interval specified for the same engines in the 2008-2011 range.
- No severe-use interval is listed for the Forester 2.5 (2011-2013) or the 2.5 T (2011-2013), meaning the only specified change interval for those configurations is the 48,000 km or 30-month normal-use figure.
- The presence of both a kilometre-based and a time-based threshold in each interval specification reflects the hygroscopic nature of brake fluid, which absorbs moisture from the atmosphere over time regardless of vehicle use, making the calendar-based limit relevant even for low-mileage applications.