2017 Subaru Levorg 1.6L Petrol · AE17 OKO

Based on the official DVSA MOT records, this 2017 Subaru Levorg presents a stable and well-maintained mechanical profile. The most recent test, conducted on 22 January 2026 at 67,066 miles, passed with zero defects recorded, indicating the vehicle currently meets all roadworthiness standards. The maintenance trend is demonstrably improving. A cluster of tyre-related advisories appeared in the September 2024 test at 51,433 miles, covering inner edge wear and a damaged sidewall, but these issues were fully resolved by the subsequent test, suggesting attentive ownership and prompt rectification of defects. The mileage accumulation of approximately 7,452 miles per year is entirely typical for a vehicle of this age, reflecting consistent, moderate daily use rather than prolonged standing or excessive motorway strain. The record shows a notable gap between the September 2024 test at 51,433 miles and the September 2023 test at 35,165 miles, accounting for roughly 16,268 miles in twelve months. This accelerated accumulation during that period warrants attention, as sustained higher mileage increases wear on consumable components like brake discs, pads, suspension bushes, and drivetrain mounts. The subsequent mileage jump to 67,066 miles by January 2026, an increase of 14,739 miles in just over four months, further confirms a period of intensive recent use. Despite the clean recent record, the 2024 advisories for uneven inner edge wear on multiple tyres suggest potential alignment or suspension geometry issues that may have required correction. A buyer should inspect the inner sidewalls and tread patterns of all four tyres closely for any recurrence of uneven wear. The intensive recent mileage also places additional stress on braking components; checking for uneven brake disc wear, lipping, and pad thickness is advisable. Given the Subaru Levorg's all-wheel-drive system, inspecting the condition of driveshaft boots, differential fluid, and suspension bushes for play or deterioration will provide further assurance of the vehicle's mechanical integrity under sustained use.