2015 Peugeot 208 1.2L Petrol · WL64 ENU

A recurring theme of slight suspension movement and emerging sub‑frame corrosion defines the mechanical picture of this 2015 Peugeot 208; the most recent MOT on 30 September 2025 was a pass but recorded advisories for OSF top‑mounting movement, rear sub‑frame corrosion, brake‑hose ferrule corrosion and a minor exhaust leak, echoing earlier notes on suspension top‑mount play from 2024 and on exhaust leakage from 2023. The pattern shows a gradual accumulation of wear‑related advisories rather than a sudden deterioration, with no major failures recorded since the 2021 exhaust‑silencer fault was remedied. At 75,997 mi the car averages roughly 6,900 mi per year, a mileage rate that sits comfortably within typical usage for a vehicle of its age. Annual MOTs have been logged consistently from 2020 through 2025, indicating no prolonged periods off the road that might conceal hidden deterioration. The steady kilometre accumulation suggests normal wear on consumables such as tyres, brakes and suspension components, rather than the accelerated stress associated with high‑mileage abuse. Prospective buyers should give the front suspension a thorough road‑test, feeling for any clunk or knock when traversing bumps and checking for steering pull that could betray worn OSF top‑mountings or deteriorating bushings. The rear sub‑frame, flagged for corrosion but not yet structurally compromised, should be inspected visually for rust progression, especially around mounting points, and any unusual creaking under load should be noted. Brake‑hose ferrule corrosion on both sides warrants a close visual check for fraying or leakage, and the front brake discs, noted as worn but within limits, should be measured for thickness and examined for scoring; any pulsation in the pedal could indicate emerging disc or caliper issues. The exhaust system, highlighted twice for minor leaks, should be listened to for hissing or excessive noise at idle and checked for soot or carbon buildup around joints. The damaged dust covers on both front track‑rod ends, although still preventing dirt ingress, may be nearing the point where the joint could develop play; a test‑drive should include a sweep of the steering wheel at low speed to detect any looseness or vibration. Finally, the rear tyres, previously recorded with edge damage and a nail puncture, should be examined for cracking, uneven wear or bulges, and the tyre pressures verified, as any deterioration could affect grip and safety.