2016 Peugeot Bailey 2.2L Diesel · KC54 FUN

A fractured front coil spring recorded as a Major failure on 4 November 2024 is the defining mechanical event in this vehicle's recent MOT history and warrants close attention from any prospective buyer, despite the car passing its subsequent test on 11 November 2024 and again on 8 November 2025. Front coil springs are load-bearing components of the suspension and their failure on an otherwise low-mileage vehicle suggests either localised corrosion fatigue at the spring seat, a manufacturing defect, or the consequence of prolonged standing allowing the steel to weaken through micro-corrosion rather than gradual wear. It is worth noting that the same test identified a minor defect for an inoperative offside registration plate lamp, which has recurred at every subsequent test in 2024 and 2025, indicating that the issue was not rectified between tests. A nearside rear tyre damage advisory has also persisted across the same three examinations, suggesting the tyre has not been replaced despite being flagged. Earlier in the record, a Major failure on 3 November 2023 related to non-conforming front and rear registration plates was remedied quickly as the vehicle passed the same day, but a tyre warning light advisory from that date was never resolved and remains on the record at subsequent tests. The 2022 and 2020 tests were entirely clean aside from a wheel trim advisory in 2019, meaning the accumulation of defects has occurred entirely within the last three testing cycles. The recorded mileage of 31,864 miles against an age of approximately ten years equates to around 3,186 miles per year, which is notably low and consistent with occasional or seasonal use rather than regular daily driving. There is a clear gap in testing between October 2020 and September 2022, indicating the vehicle was likely either off the road, declared SORN, or simply not presented for testing during that period, which is common for low-mileage leisure or caravan-towing vehicles such as those built on Peugeot chassis bases. While low annual mileage reduces wear on high-cycle components like clutches, brake friction material and engine internals, it can accelerate deterioration of items that suffer from standing still, including brake discs developing surface corrosion, coil springs and suspension links oxidising at their seats, tyres perishing through ozone exposure, and underbody components accumulating moisture-trapped debris. The fact that a coil spring fracture occurred on such a low-mileage example reinforces the standing-still corrosion risk and should inform the buyer's inspection priorities. A targeted inspection should begin with the front suspension, as the offside front coil spring was the most serious defect on record. On a test drive, listen for clonking or knocking noises from the front end over uneven surfaces, particularly over speed bumps and potholes, as a weakened or fractured spring can allow the damper to move beyond its normal travel and strike the body or spring seat. Visually inspect the tops of the front springs through the engine bay if accessible for flaking rust or broken coils, and check that the vehicle sits level at the front when unladen. The nearside rear tyre flagged for damage or perishing in three consecutive tests should be inspected for sidewall cracking, bulges, or exposed cord, and the buyer should confirm whether the original manufacturer-specified tyre remains fitted or whether a replacement of differing age is now on the vehicle. A tyre pressure monitoring system warning light has been recorded as an advisory since 2023 and remains unresolved, which warrants checking whether a sensor has failed or whether a recent wheel change has caused the system to require reinitialisation. Further checks should focus on the braking system, where low mileage increases the likelihood of disc corrosion rather than wear. On the test drive, feel for brake pedal vibration, grinding, or judder under moderate application, particularly from cold, as rusted or pitted discs will produce uneven friction. Inspect the visible faces of all four discs for deep lipping, scoring, or orange rust staining that persists after driving. Examine the underbody, sills, and subframe mounting points for corrosion, paying close attention to the front spring seats and rear axle mounting areas where standing moisture tends to collect. Finally, confirm that the registration plate lamps on both sides illuminate correctly, as the recurring minor defect indicates a persistent electrical issue that may relate to a corroded connector, a failed bulb holder, or a damaged wiring loom behind the bumper, and verify the registration plates themselves conform to the current character formatting and reflectivity requirements to avoid a future immediate failure.