2015 Peugeot 208 1.6L Diesel · SC15 UPN

The most recent MOT test passed in June 2026, but it introduced several significant advisories regarding the front braking system. While the vehicle maintained a clean inspection record from 2023 through 2025, the recent advisories for worn, pitted, or scored brake discs and thin brake pads on both the nearside and offside front indicate a recent decline in the condition of these consumables. The overall maintenance trend suggests a vehicle that has been mechanically compliant for several years, but it has now reached a point where essential wear-and-tear components require replacement to maintain safety and performance. With a recorded mileage of 55,420 over approximately 11 years, the vehicle has averaged roughly 5,038 miles per year. This is considered low mileage for a vehicle of this age. While this typically implies less mechanical stress on the engine, transmission, and suspension components, low-usage vehicles often face different risks associated with extended periods of standing. Such usage patterns can lead to the degradation of rubber components, fluid contamination, and battery issues that are not directly correlated to the odometer reading. The immediate priority for a prospective buyer is the front braking assembly. The advisories for pitted and scored discs, alongside thin pads, mean you should budget for a complete front brake overhaul. During a test drive, pay close attention to any grinding or squealing noises during deceleration, which may indicate the pads have reached the metal backing plate. You should also feel for any brake shudder or brake pedal-to-structural-integrity-check-shudder-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration-vibration.