2015 Mitsubishi Outlander 2.0L Hybrid electric (clean) · NJ15 GGU

The 2015 Mitsubishi Outlander presents a stable and reassuring roadworthiness profile. The most recent MOT, conducted on 18 November 2025 at 125,229 miles, passed with zero defects recorded. This clean bill of health, following a pattern of recent passes, indicates a maintenance trend that is stable and well-managed. The vehicle has demonstrably met the required standards for brakes, tyres, suspension, exhaust emissions, and structural integrity at its latest inspection. The mileage pattern is consistent and unremarkable for an eleven-year-old vehicle. The recorded 125,229 miles equates to an average annual mileage of approximately 11,384 miles, which is typical. The history shows a steady accumulation of miles, with a notable jump of 18,329 miles between the July 2023 test (101,840 miles) and the January 2024 tests (120,168 miles). This suggests a period of increased use or a long journey, but the subsequent minimal mileage gain of only 5,015 miles over the following nineteen months indicates the vehicle has since been used sparingly or possibly stood for periods. The record is sparse but clean, with no gaps in the MOT cycle since mid-2023. Despite the clean MOT history, a prospective buyer should conduct a thorough in-person inspection focusing on components prone to age-related wear. The absence of recent advisories does not preclude the development of issues like perished suspension bushes, deteriorating coil springs, or emerging corrosion on the underbody and suspension mounts, common on vehicles of this age and mileage. A test drive should specifically assess for any binding brakes, uneven tyre wear indicating alignment or suspension issues, and the smooth operation of the drivetrain. Given the low recent mileage, checking for signs of moisture ingress, seized components, or stale fuel system issues from prolonged standing is also prudent. The clean record is positive, but a physical inspection remains essential to confirm the vehicle's ongoing mechanical integrity.