2007 MINI 1.6L Petrol · GJ07 FXM

The 2007 MINI presents a stable and improving roadworthiness profile, culminating in a clean pass on 18 June 2025 at 60,813 miles with zero defects recorded. This marks a notable shift from the preceding five years, during which the sub-frame repeatedly drew advisory notices for surface corrosion. The absence of any defect in the most recent test suggests either remedial work was carried out or the corrosion has been stabilised, indicating a resolving rather than worsening trend. The vehicle has covered approximately 6,681 miles over the five-year MOT history, averaging roughly 1,336 miles per annum during that window. Against the broader context of roughly 3,201 miles per year over its nineteen-year life, the recent usage pattern points to very light annual driving. The mileage progression is consistent and unremarkable, with no sudden accumulation spikes or suspicious gaps between tests. The record is clean and well-documented, showing annual or near-annual testing without any failed attempts. Despite the recent clean result, the recurring sub-frame corrosion advisories recorded in November 2021, November 2022, and October 2023 warrant close physical inspection. A buyer should examine the sub-frame thoroughly for any progression beyond surface corrosion, paying particular attention to mounting points and jacking points where structural integrity matters most. The front and rear suspension mounting areas should also be checked, as corrosion in these zones can compromise component attachment over time. Beyond the sub-frame, the low recent mileage raises its own concerns. A vehicle covering barely over 1,300 miles per year is susceptible to deterioration from standing rather than use. Brake discs and calipers should be inspected for surface corrosion and seizure, tyres checked for age-related cracking regardless of remaining tread depth, and the exhaust system examined for moisture-induced corrosion from short trips. The fuel system and rubber hoses also merit attention, as infrequent use can accelerate perishing in seals and flexible components that rely on regular flexing to maintain condition.