2011 Peugeot 207 1.6L Diesel · FP11 EZH

A mixed pattern of recurring mechanical failures and component wear characterises the test history of this Peugeot 207, culminating in a test failure on the fifth of May 2026. The most recent examination resulted in major defects for incorrect headlamp aim, an inoperative windscreen washer, and a non-functioning offside front position lamp, alongside an advisory for a nearside front tyre worn close to the legal limit. This follows a sequence of annual test failures between 2022 and 2025 involving fractured coil springs, excessive ball joint wear, and lighting faults, indicating a vehicle that consistently requires remedial work to meet roadworthiness standards at test time rather than maintaining an unbroken record of compliance. Accumulating 96,895 miles across its fifteen-year lifespan yields an average of roughly 6,460 miles per year, representing typical usage for a vehicle of this category. The testing cadence remains regular with annual examinations recorded consistently each spring, avoiding multi-year lapses or extended periods of storage off the road. This steady accumulation pattern suggests the vehicle has seen continuous, moderate service rather than intense fleet duty or prolonged periods of inactivity, meaning component degradation is primarily a function of age and normal operational wear rather than environmental deterioration from standing idle. Targeted inspection of the front and rear suspension is essential given the history of recurring component replacement and active advisories. A prospective buyer must check the steering rack inner joints for play, inspect the offside front suspension arm ball joint, and carefully examine both the rear subframe and its mounting prescribed areas for the corrosion noted in recent tests. During a static inspection, turning the steering lock-to-lock while stationary can reveal binding or knocking from worn joints, while a test drive over uneven road surfaces should be used to listen for clunks, rattles, or knocking noises from the front corners that would indicate failing anti-roll bar links, dampers, or replacement coil springs. Attention should also be directed to the secondary electrical systems and consumables highlighted by the most recent failure sheet. Verify that both headlamps project the correct beam pattern and check that the windscreen washer system and front position lamps operate correctly following the recent rectifications. The tyres require close scrutiny for edge wear as noted on previous and current test records, and the braking performance should be tested for any pull or vibration that could indicate warped discs or binding calipers.