Tata Xenon
Brake fluid capacity & service interval
Tata Xenon requires 0,9 liter of brake fluid. Service intervals occur every 30000 km or 24 months. The data covers 4 configurations.
The configuration chart below lists fill volumes and service intervals for each engine and trim variant.
| Type | Specifications |
|---|---|
| Xenon 2.2 D DPF (2012-2017) |
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| Xenon 2.2 D DPF 4x4 (2012-2017) |
|
| Xenon 2.2 D (2009- ) |
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| Xenon 2.2 D 4x4 (2009- ) |
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Additional Notes
- The Tata Xenon brake fluid capacity is 0.9 liter across all four listed configurations, covering both the standard and 4x4 drivetrains as well as the DPF-equipped variants. A 0.9-liter figure represents the total volume of the hydraulic brake and clutch system combined, which is a shared-circuit arrangement noted explicitly in the specifications.
- The 2.2 D and 2.2 D 4x4 variants introduced from 2009 carry the 0.9-liter capacity figure without any associated change interval in the specifications, meaning no distance or time-based replacement schedule is listed for those configurations.
- The Xenon 2.2 D DPF and 2.2 D DPF 4x4, both covering 2012-2017, share a brake fluid change interval of 30,000 km or 24 months under normal use conditions. The dual-trigger format means whichever threshold is reached first would govern the service event.
- A 24-month interval for brake fluid is consistent with the hygroscopic nature of glycol-based fluids, which absorb moisture over time and lower the fluid's boiling point regardless of mileage accumulated. The 30,000 km limit addresses high-mileage use within the same normal-use classification.
- The 4x4 variant of the DPF-equipped Xenon carries the same 0.9-liter capacity and identical 30,000 km/24-month interval as the two-wheel-drive DPF model, indicating the addition of four-wheel-drive hardware does not alter the hydraulic brake and clutch system volume or service schedule in the specifications.
- All four configurations are classified under normal use conditions, meaning the listed capacities and intervals apply to standard operating environments rather than severe-duty cycles.