2010 Peugeot 207 1.4L Diesel · FJ59 YBZ

A persistent pattern of initial test failures preceding every annual pass highlights chronic mechanical wear on this 2010 Peugeot 207, culminating most recently in a pass on 2026-06-15 after rectification of a dangerous defect. The vehicle's MOT history shows recurring issues across consecutive years, notably involving front axle components, constant velocity boots, and structural braking degradation. While the vehicle ultimately achieves a pass on each testing cycle, the immediate transition from dangerous and major failures to pass certificates indicates that components are frequently run down to the point of statutory failure before corrective action is taken. Accumulating 101,022 miles over its 16-year lifespan translates to an average of roughly 6,314 miles annually, representing typical usage for this vehicle class. Testing has occurred consistently on an annual basis without prolonged gaps or extended periods of storage off the road. This steady accumulation pattern suggests that wear and tear on suspension joints, driveshaft boots, and braking surfaces stems from regular, continuous operation rather than sudden deterioration from standing idle. During a prospective road test, evaluate the front axle thoroughly for symptoms stemming from the recent history of suspension and steering wear. Listen closely for knocking or clunking noises when navigating potholes or uneven road surfaces, which would indicate play in the anti-roll bar linkages or suspension arm ball joints. Pay attention to the braking performance by applying the pedal firmly at speed; the recurring mentions of worn, pitted, or scored front inner brake discs, alongside previous imbalances, mean you should check for any brake judder through the pedal or pulling to one side. Additionally, inspect the front inner brake discs visually for deep scoring or pitting. Underneath the vehicle, verify the source and extent of the advisory oil leak noted consistently across multiple years, and check the condition of the rear exhaust brackets which have a history of breaking or corroding. Inspect both outer driveshaft boots, as split constant velocity boots have been a recurring failure point across multiple test cycles on both nearside and offside positions, allowing dirt ingress that rapidly destroys the underlying constant velocity joints. Finally, examine the nearside front tyre for outside edge wear, and check all exterior lighting functions and windscreen washer operations to ensure complete electrical and mechanical roadworthiness before purchase.