2015 Peugeot 208 Active 1.2L Other · FV64 OGJ

This 2015 Peugeot 208 Active demonstrates a consistently stable roadworthiness record, with no defects or advisories recorded across four consecutive MOT tests. The most recent inspection on 2025-11-27, at 38,631 miles, confirms the vehicle passed all mandatory checks without fail. There is no evidence of recurring mechanical issues, and the absence of advisories suggests previous owners adhered to basic maintenance intervals for critical components. However, the lack of defects does not preclude wear that falls outside MOT scope—such as suspension bush deterioration, minor corrosion, or brake pad thickness—so a thorough pre-purchase inspection remains essential. The recorded mileage of 38,631 miles over nearly 11 years indicates exceptionally light usage, averaging just 3,512 miles annually. This pattern is unusual for a vehicle of this age, as it suggests prolonged periods of inactivity or storage, which can accelerate degradation of rubber seals, battery health, and fuel system integrity. Notably, there is a 2.5-month gap between the 2022 and 2023 tests, yet the vehicle still passed without issue, reinforcing the likelihood of minimal real-world wear. Buyers should verify whether the car has been stored properly, as prolonged stagnation can lead to issues like seized suspension components or degraded fluids. Given the clean MOT history, priority should be given to inspecting high-wear items not routinely tested, such as the suspension bushes (particularly rear), coil springs for cracks, and brake calipers for binding or excessive corrosion. The brakes themselves have not failed an MOT, but the low mileage makes it unlikely they have been serviced recently—check for uneven pad wear or glazing. Structural integrity should also be assessed, focusing on wheel arches, sills, and subframe areas for signs of rust penetration, as corrosion is often accelerated in parked vehicles. Finally, confirm the condition of the battery and alternator, as extended periods without use can lead to parasitic drain or failure.