1999 Peugeot 306 2.0L Petrol · V707 FLD

The 1999 Peugeot 306 currently carries a failed MOT status from the 1 August 2025 test at 72,246 miles, with no defects formally recorded against that failure. Prior to this, the vehicle held a clean pass on 14 December 2023 at 72,017 miles, following a failed test just six days earlier on 8 December 2023 at 72,011 miles, also with no listed defects. The maintenance trend cannot be classed as stable given the two recent failures inside two years, yet the absence of recorded advisories or defects across the history suggests no confirmed worsening mechanical condition, only administrative or unlogged test issues. The odometer shows 72,246 miles against 27 years of age, an average of roughly 2,676 miles per year. The record reveals a long dormant period: the 2018 pass at 68,788 miles and the 2019 pass at 68,900 miles sit close together, then no entry appears until December 2023 when the car shows 72,011 miles. That indicates around 3,111 miles covered across four years, with the final 229 miles added by August 2025. Low annual use of this nature often means extended standing, which accelerates perished rubber components and corrosion while leaving suspension and brake internals under-exercised. A buyer should physically inspect the suspension bushes, coil springs, and subframe for structural rust given the vehicle's age and low-use pattern. The brake discs and calipers warrant checks for binding or seizure after prolonged inactivity, despite no tester advisories being logged. The twin December 2023 failures with zero recorded defects imply either documentation gaps at the testing station or faults cleared before representation; the August 2025 failure demands the buyer obtain the failure reason from DVSA before purchase. Given the sparse, defect-free history, no recurring consumable wear or serious mechanical trend is evidenced in the data itself. The Peugeot's low mileage and intermittent testing suggest a lightly used but aged vehicle where in-person scrutiny of structural integrity and brake function remains essential.