2012 Proton GEN-2 1.3L Petrol · PE62 OUF

The defining mechanical story of this 2012 Proton Gen-2 is a notably sparse DVSA record, with the most recent outcome being a pass on 11 November 2023 against a clean advisory-free sheet. Across the four recorded tests spanning 2021 to late 2023, only the bare pass or fail outcome is documented, with no specific component defects listed against any entry. A failed test on 28 October 2023 was followed by a pass just fourteen days later on 11 November 2023, suggesting a minor rectification rather than a deep structural or mechanical concern, as no advisories were carried forward into the subsequent pass. The overall trend reads as broadly stable roadworthiness, though the near-total absence of advisory data limits how much can be inferred about the wear profile of individual components. With only 30,503 miles recorded across roughly fourteen years, this vehicle has accumulated mileage at approximately 2,179 miles per year, which is exceptionally low for a car of this age. The MOT history itself shows substantial testing gaps, with no recorded tests between August 2021 and October 2022, and the 2022 entry appearing twice on the same date as both a fail and a pass, again pointing to a quick remedial pass. Mechanically, such a low annual mileage combined with apparent long stationary periods raises familiar concerns for older vehicles: the test record itself is silent on advisories, but a buyer should be aware that low use typically allows corrosion to take hold on brake discs, undercarriage steel, and suspension joints, while seals, gaskets, and drive belts can deteriorate through age rather than mileage. The lack of defect entries is therefore not necessarily evidence of a mechanically sound car in its current condition. On a physical inspection, particular attention should be paid to the underbody and suspension components that frequently suffer on cars of this vintage and origin. Check the front suspension arms, anti-roll bar drop links, and bushes for perished rubber and play, as Proton chassis components of this era are known to wear at the linkages even at modest mileages. Examine the subframe mounting points, sill jacking areas, and rear axle beam for any surface corrosion that may have developed during periods of standing, especially around the brake and fuel line routing where rust can compromise integrity. On the test drive, listen for clonks or knocks over uneven surfaces that would indicate worn suspension joints, and feel for any vagueness in the steering or uneven tyre wear patterns that could point to droplink or bush deterioration. The braking system warrants close scrutiny given the likely prolonged standing periods, since seized caliper sliders and corroded disc surfaces are common when a vehicle sees only light use. On the road, the brake pedal should feel firm with no judder under firm application, and the car should pull up in a straight line without any grabbing or pulling to one side. Listen for any binding or rubbing noises from the wheels when driving slowly, and check the discs visually for excessive lipping or surface rust that may have become ingrained rather than wiped clean through normal use. Given that the MOT history is unusually devoid of advisory detail, a thorough pre-purchase inspection by a competent technician with the vehicle raised on a ramp would be strongly advisable to confirm the true mechanical condition beyond what the limited test record can reveal.