2017 Toyota Verso 1.6L Petrol · YW17 AAY

The Toyota Verso in question demonstrates a stable roadworthiness trend over its MOT history, with the most recent test on 2025-07-10 at 90,846 miles passing without any recorded defects. This consistency suggests the vehicle has not experienced recurring mechanical failures or advisory issues during the past two test cycles. However, the absence of defects does not preclude hidden wear—particularly in high-mileage components like suspension bushes, coil springs, or brake calipers—which should be visually and mechanically inspected. The lack of advisories or warnings in the latest MOT also implies that no critical components were deemed borderline or in need of imminent attention at the time of testing. Mileage accumulation for this vehicle aligns closely with typical usage patterns for its age, averaging around 10,094 miles annually. The gap between tests remains standard, with no abrupt jumps or prolonged periods of inactivity that might indicate neglect or extended storage. The most notable mileage jump occurred between the 2023 tests (from 50,704 to 70,813 miles), suggesting a period of heavier usage, though this does not inherently signal poor maintenance. The consistent mileage increments between subsequent tests—particularly the 2024 and 2025 cycles—reinforce a pattern of regular, albeit not excessive, driving. Given the clean MOT record, a prospective buyer should prioritise a thorough inspection of suspension components, including the condition of rear wheel bearings and front/rear suspension bushes, as these are common wear items at this mileage. The brakes, particularly the rear calipers and discs, should be checked for uneven wear or binding—though the absence of failures in prior tests does not guarantee current integrity. Structural integrity, especially around the wheel arches and sills, warrants scrutiny for corrosion, as rust can compromise the vehicle’s load-bearing capacity over time. Finally, the exhaust system should be examined for leaks or excessive corrosion, as emissions-related failures are rare in this model but still possible with age.