2018 Mitsubishi Outlander 2.4L Hybrid electric (clean) · DS68 ABU

The 2018 Mitsubishi Outlander with 64,620 miles shows a recent MOT record that is inconsistent and requires clarification. The most recent test on 2026-03-11 is listed as both passed and failed, which is contradictory and may indicate a data entry error. Earlier tests from 2024-08-15 and 2023-08-18 were passed with no defects, while a failed test on 2026-02-16 at 64,585 miles also reported no defects. This pattern suggests either unresolved issues that were not documented or procedural inaccuracies in the MOT records. The vehicle’s roadworthiness status cannot be definitively assessed due to these ambiguities, but the absence of recorded defects in most tests implies no critical failures at the time of inspection. The mileage of 64,620 miles over eight years aligns with an average of 8,078 miles per year, which is typical for the model’s age. The vehicle’s usage appears consistent, with no significant gaps in mileage between tests. The failed test in February 2026 occurred just 35 miles before the subsequent March 2026 tests, raising questions about whether the same issue persisted or was resolved. The lack of defect details in all records limits insight into specific mechanical concerns, though the absence of structural or safety-related failures in passed tests suggests the vehicle has been maintained to a basic standard. A buyer should verify the vehicle’s current condition through a professional inspection, focusing on the suspension, brakes, and exhaust system, as these components are common points of failure in older SUVs. The inconsistent MOT data means there may be unrecorded issues, particularly if the March 2026 tests were erroneously flagged. Check for corrosion around the chassis and wheel arches, as well as brake disc wear, given the high mileage. The lack of tyre or wiper-related defects indicates routine maintenance was likely prioritized, but further scrutiny of the drivetrain and electrical systems is advisable to confirm long-term reliability.