MITSUBISHI OUTLANDER2015 · 2.0L Hybrid Electric (Clean)

The 2015 Mitsubishi Outlander with 140,459 miles demonstrates stable roadworthiness based on its most recent MOT, conducted on 2025-07-22 at 140,459 miles, which resulted in a pass with no defects. The prior test on 2025-07-15, just a week earlier, recorded a failure but no specific defects, suggesting a possible administrative error or technical issue unrelated to mechanical faults. From 2022 to 2025, the vehicle maintained consistent passes with no recorded defects, indicating reliable maintenance practices. However, the high mileage of 140,459—equivalent to approximately 12,769 miles annually—raises concerns about accelerated wear on consumables and mechanical systems despite the clean MOT history. The vehicle’s mileage progression reveals a sharp increase in usage between 2023 and 2025. From 123,709 miles in November 2023 to 140,459 miles in July 2025, the car accumulated 16,750 miles over 20 months, exceeding its historical average. This rapid accumulation contrasts with earlier years, such as the 116,616-mile reading in November 2022, which suggests a period of lighter use. The sparse MOT data between 2022 and 2023—only one test in 2023—may indicate gaps in maintenance tracking, though the absence of defects in subsequent tests implies no critical issues arose during this time. A buyer should prioritise inspecting the suspension system for worn bushes or coil springs, as high mileage often exacerbates these components. Brake discs and calipers should be checked for uneven wear or corrosion, while the exhaust system requires scrutiny for leaks or rust. Structural integrity is not flagged in the records, but the vehicle’s age and mileage necessitate a thorough underbody inspection for corrosion. Additionally, the brake fluid and coolant levels should be verified, as these fluids degrade over time and high-mileage vehicles are prone to leaks. The MOT history does not highlight recurring faults, but the vehicle’s usage pattern warrants careful evaluation of its mechanical condition.