2012 Peugeot 508 2.0L Diesel · YB12 ACZ

The 2012 Peugeot 508 remains roadworthy based on its most recent MOT on 2023-10-17 at 109,018 miles, which showed no defects. However, the pattern of alternating passes and fails at identical mileages—such as the 2023-10-16 failure and subsequent pass on 2023-10-17—suggests inconsistent testing or potential oversight in addressing minor issues. No structural, braking, or emission failures were recorded, but the lack of defects in both failed and passed tests raises questions about the thoroughness of prior inspections. The vehicle’s maintenance history shows no clear worsening trend, though the absence of recorded issues limits confidence in its mechanical integrity. The mileage progression aligns with average annual usage of 7,787 miles, indicating typical wear for a 14-year-old vehicle. Notable gaps exist between 2021-09-06 (67,747 miles) and 2022-09-20 (88,644 miles), a 12-month period with 20,897 miles logged, suggesting periods of heavy use. Subsequent tests in 2022 and 2023 show steady mileage increases without significant deviations. The MOT records lack detailed defect descriptions, which may reflect either meticulous maintenance or incomplete reporting. The vehicle’s age and mileage imply potential wear on suspension components, brake systems, and exhaust elements, though no specific faults were flagged. A buyer should conduct a thorough inspection of the underbody for corrosion, particularly around the chassis and exhaust system, given the vehicle’s age. Suspension bushes, coil springs, and brake calipers should be checked for wear, as these components often degrade over time. The absence of recorded brake or emission issues does not eliminate the need for a hands-on assessment, as minor faults may not trigger MOT failures. Additionally, verifying the history of tyre tread and wiper blade replacements could reveal whether basic maintenance was prioritized. While the MOT record shows no critical failures, the vehicle’s long-term reliability hinges on addressing potential hidden wear in its drivetrain and structural components.