2015 Rhon LH 0.1L Petrol · FY64 DMZ

The vehicle holds a current MOT certificate issued on 9 July 2025 at 1,059 miles, with zero defects recorded. The immediate maintenance trend is stable, though the clean pass follows a failure just nine days earlier, indicating a reactive repair rather than a sustained pattern of proactive servicing. The tester found no structural, mechanical, or emissions defects at the most recent inspection, and the mileage has remained static since, suggesting the car has seen negligible use in the past twelve months. The mileage profile is exceptionally low for an eleven-year-old vehicle. The 2023 test recorded 179 miles, yet by the June 2025 failure the reading stood at only 1,040 miles, representing an increase of roughly 861 miles over two years. The subsequent July 2025 pass shows 1,059 miles, a gain of just nineteen miles in nine days. Such minimal accumulation points to prolonged periods of inactivity, which carries its own risks despite the apparent lack of wear. A recurring theme in the failure history is fuel system leakage. The 2023 failure cited a leaking fuel hose, and the 2025 failure flagged a leaking fuel tap, both assessed under the same defect category. This suggests the fuel system has deteriorated across multiple points, likely due to age-related perishing of rubber components and seal degradation from sitting stationary. A buyer should inspect the entire fuel line run, from tank to engine bay, checking for weeping, hardened hoses, and corroded unions, particularly around the fuel tap assembly. Beyond the fuel system, the 2023 failure also noted a main beam selector switch fault, indicating an electrical issue that was rectified before the retest. Given the vehicle's long periods of dormancy, a prospective buyer should examine brake condition closely, as infrequently used vehicles frequently suffer from binding calipers, scored discs, and handbrake mechanism seizure. Tyre sidewalls should be checked for flat-spotting and perished rubber, and suspension bushes inspected for deterioration that stems from age rather than mileage. The underbody and structural mounting points warrant a thorough corrosion assessment, since standing vehicles can trap moisture in cavities and accelerate localised rust.