2010 Volkswagen FOX 55 1.2L Other · IIG 6984

The Volkswagen Fox shows a stable roadworthiness status following the most recent MOT test on 25 June 2024 at 92,943 miles, where the tester recorded a pass with no defects or advisories. Across the five DVSA entries from 19 June 2019 to that 2024 examination, the vehicle cleared every assessment without failure, revealing a consistent and uneventful compliance trend rather than a worsening or resolving fault pattern. The absence of any flagged items signals that prior keepers maintained the car to at least the minimum legal standard each year. Recorded mileage sits at 92,943 against a 16-year-old chassis, reflecting low annual use of around 5,800 miles per year overall. The timeline between 19 June 2019 at 58,774 miles and 14 May 2021 at 69,790 miles misses the 2020 test, a gap explained by Covid extensions rather than hidden high running. Subsequent yearly increments of 7,583, 7,457 and 8,113 miles to June 2024 trace a steady linear accumulation with no rapid surge. Crucially, the latest certificate expired over two years before today’s date of 16 July 2026, indicating the Fox has likely remained idle or off-road since mid-2025. No recurring mechanical or structural faults appear in the supplied history; the tester never raised concerns over suspension bushes, coil springs, brake discs, binding calipers, or corrosion. Such a clean sheet implies basic upkeep was not neglected, though it does not certify components untouched by age. A low-mileage car of this vintage that has stood for more than two years demands in-person scrutiny of perished rubber and dormant braking parts. A buyer should arrange an independent inspection targeting underbody structural integrity, suspension arm bushes, brake hose condition, and exhaust emissions before committing. The 2024 pass confirms the Fox was sound then, but the elapsed test void means current roadworthiness rests on storage conditions and recent use. Verify the lack of advisory corrosion and check for seized calipers after long inactivity.