2011 Peugeot 308 1.6L Diesel · ND11 OOV

Structural oxidation across both front and rear subframes, alongside a history of recurring braking and suspension defects, defines the primary mechanical risk profile of this Peugeot 308. On 4 November 2025, the vehicle successfully passed its latest MOT examination at 97,617 miles, immediately following the rectification of a major failure for a split offside outer constant velocity boot. While the test history shows the vehicle has consistently been brought back to standard following failures in 2024 and 2025, the persistent presence of corrosion advisories across multiple consecutive annual tests indicates that structural degradation requires ongoing monitoring. Accumulating 97,617 miles over roughly fifteen years yields an average of approximately 6,500 miles per year, which represents typical, moderate road usage for a vehicle of this age. This consistent annual mileage accrual avoids the accelerated mechanical wear associated with heavy fleet or commercial duties, while also preventing the static component degradation typically seen during prolonged periods of inactivity. Consequently, the mechanical wear observed in the MOT records stems from normal operational lifespan and environmental exposure rather than anomalous usage patterns or severe neglect. When conducting a static inspection and test drive, prospective buyers must closely examine the areas highlighted in the recent test history, starting with the front and rear subframes for flaking rust and structural integrity. Listen carefully over rough road surfaces for knocks, rattles, or clunks emanating from the suspension linkages, and check the offside rear damper area, noting that this side previously exhibited fluid leakage and misting before being addressed. Additionally, inspect the brake hose ferrules at the rear wheels for the slight corrosion noted on the advisories, and verify that the braking system operates smoothly without binding or pulling to one side. Further scrutiny should be applied to the drive axles, ensuring that the recently replaced offside outer constant velocity boot is free of grease seepage, splitting, or insecure clamping. Turn full lock in both directions during a tight low-speed maneuver to check for clicking or snapping noises from the constant velocity joints, which would indicate internal wear from previous dust or dirt ingress. Finally, verify that all dashboard warning lights, including the anti-lock braking system and electronic stability control lamps which triggered major failures in 2024, illuminate correctly with the ignition and extinguish promptly upon starting the engine.