2011 Mitsubishi ASX 1.6L Petrol · NJ61 WBN

The vehicle presents a concerning state of roadworthiness, with a maintenance trend that appears reactive rather than preventative. While it passed its most recent test in September 2025 at 116,027 miles, this followed a failure just four days prior due to significant mechanical defects. The presence of major exhaust leaks and high emissions readings, coupled with recurring suspension and lighting issues, suggests that essential maintenance tasks are only being addressed when they are strictly necessary to pass an MOT test. At 116,027 miles, the Mitsubishi ASX has averaged approximately 7,700 miles per year, which is consistent with typical usage for a 14-year-old vehicle. The mileage shows steady progression, with roughly 8,700 miles covered between September 2023 and September 2024, and another 8,650 miles covered in the final year. While the mileage itself is not excessive, the mechanical history indicates that the vehicle is subject to consistent wear on friction-related components. A buyer must conduct a thorough physical inspection of the front suspension, as the anti-roll bar linkage ball joints have been flagged for wear and deterioration across multiple tests since 2023. The exhaust system requires close scrutiny; the recent 2025 failure for a major leak and high emissions indicates potential issues with the catalytic converter or oxygen sensors. Furthermore, the persistent oil leak noted in 2024 should be monitored to ensure it does not adversely affect engine health or environmental compliance. Finally, the braking and tyre systems demand attention. The history shows a recurring pattern of thin brake pads and worn discs, alongside a previous failure for a leaking brake pipe in 2024. The tyres have consistently shown uneven wear on the edges, which strongly suggests an ongoing alignment issue or worn geometry. Any prospective purchaser should verify that the recent repairs included all affected tyres and that the exhaust system has been fully rectified to prevent further emissions failures.