2012 Chevrolet Cruze 2.0L Diesel · LB12 DYV

A clear pattern of corrosion-related advisories at the rear axle defines the mechanical profile of this 2012 Chevrolet Cruze, alongside one notable brake-related failure. Across the recorded MOT history, rear coil spring corrosion has been flagged at three consecutive tests spanning 2024 and 2025, indicating an ongoing deterioration of the rear suspension springs that warrants close physical inspection. A more urgent concern appeared at the February 2024 test, where the vehicle failed with front brake pads recorded at less than 1.5 mm thickness on both sides, a Dangerous defect that would have left the car unfit for the road until rectified. The most recent assessment on 26 January 2026 recorded a pass with no advisories, but the rear coil spring advisories have not been definitively resolved across multiple test cycles, and an advisory for thinning rear brake pads was also noted in January 2025, suggesting a vehicle whose rear-end wear items are progressively degrading despite passing results. Annual mileage of roughly 6,162 miles over fourteen years sits close to the typical average for a car of this age, indicating neither prolonged standing nor particularly heavy use. There are no significant gaps in the testing record, with annual tests consistently recorded from 2021 onwards, which provides a continuous picture of the vehicle's roadworthiness. This steady accumulation means the components most exposed to road conditions and corrosion, namely the rear suspension, brakes, tyres, and underbody, have been worked consistently rather than allowed to seize through disuse. The relatively modest annual figure does, however, mean consumables such as brake fluid, coolant, and engine oil may have aged in situ if not replaced on a calendar basis, and an older oil leak advisory from 2023 should be revisited given that engine seals tend to worsen rather than improve with age. For a prospective buyer, a thorough physical inspection of the rear suspension is essential. The recurring coil spring corrosion advisories should be checked by lifting the vehicle and looking for surface pitting, flaking, or any reduction in spring coil diameter at the lower loops, as severely corroded springs can fracture and collapse under load. The rear brake pads noted as wearing thin in 2025 may now be approaching replacement, so the pad thickness should be measured through the wheel spokes and the rear discs examined for lipping or scoring. The front brake components, which failed dangerously in 2024, should be confirmed as recently renewed with even wear across both inner and outer pads, and the caliper slide pins checked for free movement to prevent binding and uneven pad wear in future. On a road test, listen for clonking or knocking noises from the rear suspension when traversing potholed or uneven surfaces, which can indicate weakened or fractured coil springs, and pay particular attention to any sagging of the rear ride height on one side versus the other. The brake pedal should feel firm and progressive without excessive travel, and pulling to one side under steady braking would suggest a sticking caliper or uneven pad wear following the 2024 replacement. Given the 2023 advisory for a non-excessive oil leak, the engine bay and undertray should be inspected for fresh oil residue, particularly around the rocker cover gasket, sump plug, and oil filter housing. Finally, because corrosion advisories on suspension components can progress between tests, a thorough inspection of the underbody, subframe mounting points, and brake pipe routes is strongly advised before purchase, as rust in these areas is not visible from a standard viewing position.