2016 Peugeot 208 1.2L Petrol · CX16 HHR

A developing pattern of structural and chassis wear is emerging on this 2016 Peugeot 208, with the most recent MOT on 23 June 2025 passing but flagged four advisories and one minor defect, signalling that the underlying suspension and braking components are approaching the end of their functional service life. The 2024 test had already recorded a lower ball joint dust cover split with grease loss on the offside front, together with minor rear coil spring corrosion and a missing exhaust mounting bracket, and the 2025 retest shows that the nearside front lower suspension arm rear bush has now also perished and cracked, while the front brake discs and nearside rear tyre have additionally been called out. Because the same rear coil spring corrosion advisory has appeared on two consecutive tests, this represents a chronic deterioration rather than a one-off observation, and the progression of suspension arm advisories from one side to the other suggests that further bushes and joints are likely to require attention in the near term. The clean passes in 2022 and 2023 indicate that the vehicle was structurally sound in its earlier years, and the accelerating advisory count over the last two cycles points to a car that is transitioning from a clean record into a phase requiring mechanical refurbishment. With 90,927 miles recorded over roughly ten years, the annual accumulation rate of approximately 9,093 miles sits close to the typical usage profile for a car of this age and is consistent with regular mixed driving rather than long-term storage or motorway-only use. There are no significant gaps in the testing history, with annual MOTs recorded from 2022 through 2025, which indicates consistent road use and rules out the sort of prolonged standing period that typically results in seized calipers, deteriorated tyres and a discharged battery. The mileage progression between tests suggests steady accumulation in line with the figure given, and there is nothing in the recorded pattern to indicate an odometer anomaly or a sudden spike that might suggest tow-bar or heavy-load work. Mechanically, this mileage band means that the wear items commonly associated with higher-mileage small cars, including clutch components, dual-mass flywheel integrity, timing chain stretch on the three-cylinder petrol variants, and general engine oil seepage, should be considered normal points of inspection even though they have not yet appeared in the MOT record. A prospective buyer should focus the physical inspection on the suspension and braking components specifically highlighted in the recent advisories. The rear coil spring corrosion flagged on both sides in 2024 and again in 2025 warrants a close look at the springs themselves, as Peugeot 208 rear springs are known to suffer from surface pitting that can develop into fracture, so listen for any clonking over speed bumps or uneven road surfaces that would indicate a weakened or broken spring. The nearside front lower suspension arm rear bush and the previously noted offside front ball joint dust cover split mean that both front lower arms are likely candidates for replacement as a combined job; on the road, expect to feel vague steering, knocking from the front end over rough surfaces, or uneven tyre wear across the front axle if the bushes have further deteriorated since the test. Brake pedal feel should be firm and consistent, and any judder under braking would suggest the front discs have worn beyond the advisory threshold, particularly if accompanied by visible lipping on the disc edges when viewed through the wheel. The perished nearside rear tyre noted in the 2025 advisory should be replaced regardless of remaining tread depth, and the remaining three tyres should be checked for age-related cracking on the sidewalls and tread shoulders, particularly given the car's age. With the exhaust mounting bracket already missing and the system still described as secure, the full exhaust should be inspected from the manifold rearwards for any further fractured hangers or flexible joint deterioration that might develop into a rattle on start-up or a drone under load. On the test drive, pay particular attention to any clonking from the rear over undulating roads, steering vagueness or tramlining from the front, and brake pedal response, as these are the most likely symptoms to manifest given the recorded advisory pattern. Subject to a satisfactory inspection and likely replacement of the front suspension arms, rear coil springs and tyres, the vehicle should remain a sound proposition, but the cost of the upcoming mechanical refresh should be factored into any purchase negotiation.