2010 Isuzu TF 2.5L Diesel · YR60 BTO

The 2010 Isuzu TF currently presents a stable maintenance trend, culminating in a pass at its most recent MOT on 2025-08-09 at 143,671 miles. The vehicle passed a retest on the same day following an initial failure, indicating that any defects identified during the first inspection were promptly rectified. The record shows a recurring pattern of failing initial tests and passing retests, as evidenced by the identical scenario on 2023-07-13 at 106,460 miles. While the specific defects are not detailed in the supplied record, the consistent ability to pass retests suggests the previous owner addresses immediate roadworthiness failures rather than ignoring them. The mileage accumulation reveals a significant anomaly in the vehicle's recent history. Between the August 2024 test at 118,028 miles and the August 2025 test at 143,671 miles, the vehicle covered 25,643 miles in a single year. This figure drastically exceeds the vehicle's lifetime average of roughly 8,979 miles per year. Such a sharp spike in usage over the last twelve months implies either a sudden change in the owner's driving habits, long-distance commuting, or a potential discrepancy in the recorded mileage. A buyer should verify the service history and physical condition of the drivetrain and consumables to ensure they align with this sudden increase in wear. Given the repeated initial MOT failures, a thorough physical inspection of the vehicle's core mechanical and structural components is warranted. Focus on the braking system, checking for binding calipers, uneven disc wear, and deteriorated brake hoses, as these are common failure points. Examine the suspension for worn bushes, leaking shock absorbers, and weakened coil springs, which can cause test failures. Pay close attention to the structural integrity of the chassis and body mounts, looking for corrosion or cracks, particularly given the vehicle's age and potential exposure to off-road use typical of an Isuzu TF. Inspect the condition of the tyres and exhaust system, ensuring the emissions remain compliant and the tread wear is even.