2013 Peugeot 208 1.2L Petrol · MD13 CSZ

The vehicle is currently roadworthy but exhibits a worsening maintenance trend characterized by reactive repairs rather than preventative care. While it passed its most recent test on 29 July 2025 at 66,742 miles, the failure on that same day revealed multiple safety-critical defects. The trend is concerning, as the vehicle moved from a clean record in 2024 to a significant failure list in 2025, indicating that components are only being addressed once they trigger an MOT failure. At 13 years old with 66,742 miles, the Peugeot averages a low annual mileage of approximately 5,134 miles. This low-intensity usage typically suggests less wear on engine components, but the record shows the car suffers from aging rubber-based parts. Between August 2024 at 57,221 miles and July 2025 at 66,742 miles, the vehicle covered under 10,000 miles, yet it suffered from perished tyres and split boots, which is consistent with a vehicle sitting for long periods despite the low mileage. A buyer must inspect the drivetrain and braking system closely, as these areas show recurring issues. The tester flagged split constant velocity boots on both front sides in 2025, following a similar failure on the offside shaft in 2024. The July 2025 failure also highlighted imbalanced rear brakes, a binding caliper, and insufficient brake lever travel, suggesting the master cylinder or hydraulic system is nearing failure. The presence of a supplementary restraint system warning lamp is a serious safety concern that requires electronic diagnosis to ensure the airbags are functional. The tyres show a consistent pattern of cracking and perishing across 2023 and 2025, confirming that the rubber is degrading due to age rather than tread depth. The exhaust flexi and mounting issues noted in late 2023 should be verified to ensure they were properly replaced. Given the age of the vehicle, inspection of the chassis for structural rust is essential, as low-mileage cars often hide surface corrosion that occurs while exposed to the elements.