2019 Mitsubishi L200 Outlander Barbarian 2.4L Diesel · DY19 VRX

Recent testing history reveals a concerning trend regarding engine management and exhaust emissions, culminating in a failure on 10 June 2026 for an inoperative engine management light and emissions exceeding the manufacturer limit of 0.52 with a reading of 0.70. While the vehicle subsequently passed on 19 June 2026 with only a deteriorated front registration plate noted as an advisory, the presence of these major defects suggests a recent instability in the engine emission control systems. This follows a previous failure in March 2025 related to external lighting, indicating a pattern of multiple failures over the last two years. The recorded mileage of 94,528 miles represents a high annual accumulation rate of approximately 13,504 miles over its seven-year lifespan. Such high usage typically accelerates the wear and tear of critical drivetrain components, suspension bushes, and braking systems compared to vehicles with lower annual mileage. This usage profile suggests the vehicle has been used extensively, which increases the likelihood of fatigue in hard-wearing mechanical assemblies. A prospective buyer should pay close attention to the engine performance and the status of the dashboard warning lights during a test drive. Given the recent failure for exhaust emissions and the engine management light, it is essential to check for any hesitation under acceleration, irregular idling, or visible smoke from the exhaust. The recent failure of the windscreen washer system should also be verified to ensure the repair was comprehensive and that there are no leaks in the plumbing or pump failure. Due to the high mileage, the test drive should include a focused evaluation of the suspension and steering. Listen for knocks or clunks when traversing uneven surfaces, which could indicate worn suspension bushes or ball joints. Check for any steering pull or vibration at motorway speeds. Finally, the deterioration of the front registration plate should be inspected to determine if a full replacement is required to avoid future MOT failure.