2016 Peugeot 208 1.2L Petrol · RY65 EVT

A recurring pattern of minor electrical defects and exhaust Lambda sensor failures defines the mechanical history of this 2016 Peugeot 208, alongside the persistent advisory regarding damaged rear seat belt webbing. Across the four recorded MOT tests spanning late 2022 to January 2026, the vehicle has accumulated two failures and four advisories, with a notably mixed performance over the last twelve months. The most recent test on 12 January 2026 resulted in a pass, but only after an immediate failure earlier the same day due to an inoperative nearside headlamp on dipped beam, a fault that was clearly rectified before the retest. Both 2024 and 2023 saw Major failures for exhaust Lambda readings falling outside specified limits, and in November 2023 the car also failed for an ineffective windscreen wiper and a major exhaust gas leak at the centre and rear sections, indicating ongoing concerns with the emissions and exhaust integrity that warrant close inspection. The recurring registration plate lamp issues across three of the four test dates, alternating between missing and inoperative, point to a chronic minor electrical fault that has not been permanently resolved despite repeated attention. With 48,261 miles recorded over ten years, this 208 averages roughly 4,826 miles annually, which is notably below the typical mileage for a car of this age and likely reflects periods of limited use or extended standing. The MOT history confirms this low utilisation pattern, with test intervals clustered in late autumn or early winter rather than the standard anniversary cycle, suggesting it has not been driven consistently enough to follow a fixed annual testing rhythm. Lower annual mileage reduces wear on major drivetrain components and high-stress items like the clutch and braking surfaces, but it can accelerate deterioration of rubber components such as tyres, suspension bushes, and brake seals through age-related perishing and dry rot rather than mechanical wear. The presence of a nail in the nearside front tyre in 2023 and the recurring rear seat belt webbing damage from being trapped in the seat back locks further suggest the vehicle may spend significant time stationary or be subjected to infrequent, short journeys rather than regular motorway use. For a prospective buyer, the most pressing areas to investigate are the exhaust system and Lambda sensor functionality, given the two Major failures in consecutive years for emissions readings and the documented exhaust gas leak. On a test drive, listen for any ticking or hissing sounds from beneath the centre or rear of the car which would indicate a leaking joint or corroded section, and pay attention to any illumination of the engine management warning light on the dashboard. The advisory from 2022 regarding worn inner suspension arm pins or bushes on both nearside and offside front components should be checked by pushing down firmly on each front corner and releasing to observe whether the vehicle settles cleanly without excessive bouncing or clonking over uneven surfaces. Steering should remain precise without pulling to either side, and any knocking or creaking from the front suspension when traversing speed bumps would suggest the bushes have progressed beyond the advisory stage. Given the chronic registration plate lamp defects recorded across three of the four tests, a thorough pre-purchase inspection should include verification that all exterior lighting operates reliably, including the headlamps following the recent nearside failure and the side repeater lens noted as defective. The damaged rear seat belt webbing, which has been flagged as an advisory for three consecutive years, must be examined to confirm it remains serviceable, as frayed or trapped webbing can affect restraint performance in a collision. On a cold start, observe whether the engine requires prolonged cranking, as low-mileage vehicles can suffer from battery degradation and fuel system varnish build-up if left standing. Finally, request a current exhaust emissions reading and Lambda sensor live data from a diagnostic tool, as the recurring sensor faults suggest the underlying cause, potentially a vacuum leak or failing catalytic converter, may not have been fully resolved and could require costly rectification.