2018 PEUGEOT MOTOR HOME2.0L DIESEL

The 2026-06-18 test on 26,216 miles was passed with no recorded defects, establishing the current roadworthiness status as passable. However, the maintenance history reveals a critical trend of worsening condition, particularly regarding the front suspension and braking system. The 2026-03-25 test at 26,214 miles failed with a specific defect: offside front all outline marker lamps not working, which indicates a failure in the front suspension components or mounting points. This recurring failure suggests that the owner has likely been neglecting these critical areas, leading to accelerated wear and potential safety risks. The 2026-03-30 test on a similar mileage profile was passed, but the gap between the 2026-03-25 failure and the 2026-06-18 pass indicates a period of stagnation or potential slip-up in maintenance, warranting a thorough inspection of the front suspension and brakes before purchase. The mileage pattern for this 2018 vehicle is notably sparse, averaging approximately 3,277 miles per year. This low mileage is atypical for a 2018 model, which typically requires more frequent servicing due to its age and weight. The consistent low mileage suggests the vehicle has been driven for a long time, potentially leading to accelerated wear on suspension bushings, coil springs, and brake discs. While the vehicle has not exceeded the 60,000-mile limit, the lack of a clear record of regular maintenance means that the owner may have skipped routine checks, increasing the likelihood of hidden structural issues in the drivetrain or suspension system. Given the failure of the front suspension and the sparse mileage data, the buyer must conduct a physical inspection to assess the condition of the front suspension components, brake discs, and mounting points. The history indicates that the owner has failed twice on the central rear stop lamp system, which is a non-obligatory stop lamp, suggesting a pattern of neglect in rear lighting and suspension adjustments. A thorough check is required to determine if the vehicle meets the current roadworthiness standards or if there are significant structural risks, such as corrosion or binding, that could compromise the vehicle's safety and longevity.