2014 Sinnis XF 0.1L Petrol · FP14 HHZ

The 2014 Sinnis XF presents a stable mechanical baseline according to its MOT record, with the most recent test on 19 April 2023 at 13,999 miles resulting in a pass and zero defects. Curiously, a failed test is logged on the exact same date and mileage with no defects recorded, suggesting a data anomaly or an immediate retest following a procedural issue rather than a mechanical fault. Regardless, the maintenance trend remains stable, showing no recurring mechanical or structural failures across the recorded history. The absence of advisories or defects indicates the vehicle met minimum roadworthiness standards at the time of testing. The mileage pattern reveals an extreme divergence from typical usage. Between the March 2022 test at 12,046 miles and the April 2023 test at 13,999 miles, the vehicle covered a modest 1,953 miles over thirteen months. However, the odometer has remained entirely static at 13,999 miles since April 2023, meaning the vehicle has recorded zero miles in the three years leading up to July 2026. For a twelve-year-old car averaging roughly 1,167 miles annually, this prolonged stationary period raises significant concerns about the deterioration of perishable components and fluids rather than mechanical wear from driving. A buyer must thoroughly inspect the implications of this vehicle sitting idle for over three years. Tyres will likely exhibit flat-spotting or perishing sidewall cracking despite retaining sufficient tread depth, requiring immediate replacement regardless of their visual condition. Brake discs will almost certainly suffer from surface corrosion, leading to binding calipers and uneven braking until the rust is worn off, while brake fluid will have absorbed moisture, lowering its boiling point. Suspension bushes and seals may have dried out or cracked from prolonged static loading, causing premature failure once the car returns to regular use. Inspect the fuel system for degraded petrol and check the exhaust for moisture-related corrosion. Verify the structural integrity of the underbody, as standing vehicles often trap moisture in hidden areas, accelerating rust formation on the chassis and suspension mounting points.