2015 Mitsubishi Outlander 2.0L Hybrid electric (clean) · OV65 ACX

The vehicle presents a stable roadworthiness profile, having passed its most recent MOT on 28 July 2026 at 126,947 miles. While the vehicle consistently meets minimum legal standards, the inspection history shows a recurring pattern of tyre wear issues. The most recent test flagged an offside front tyre worn close to the legal limit and worn on the edge, which follows a similar advisory for a nearside rear tyre in July 2025 at 112,659 miles and front tyres in August 2023 at 91,338 miles. The mileage accumulation is consistent with a vehicle of this age, averaging approximately 11,500 miles per year. The records show steady usage without significant periods of inactivity or sudden spikes in distance. Between the August 2022 test at 80,431 miles and the August 2024 test at 102,441 miles, the vehicle covered over 22,000 miles, indicating regular motorway or long-distance driving. This steady progression suggests the mechanical components have been subjected to predictable wear rather than extreme or erratic usage patterns. A prospective buyer should focus on the suspension and wheel alignment. The repeated advisories regarding tyres being worn on the edges suggest possible issues with camber, toe settings, or worn suspension bushes. Although no structural corrosion or brake defects have appeared in the records, the consistent tyre wear indicates that the steering geometry or suspension components may require professional attention to prevent premature replacement of consumables. The absence of major mechanical failures or structural advisories since 2018 provides confidence in the vehicle's general upkeep. However, the frequent tyre-related advisories imply that while the owner addresses immediate legal requirements, they may neglect preventative maintenance such as regular wheel alignments. An in-person inspection should verify the condition of the shock absorbers and control arms to ensure the recurring tyre wear is not symptomatic of deeper suspension degradation.