2017 Toyota Verso 1.6L Diesel · ST17 AEA

The vehicle presents a stable maintenance profile with no recorded advisories or failures across the last three years of testing. The most recent MOT result from February 2026 shows a pass at 111,087 miles, indicating that the vehicle remains compliant with current roadworthiness standards. While the February 2026 record shows a momentary failure prior to the pass, the lack of recorded defects suggests this was likely a minor, rectified issue such as a blown bulb or a minor lighting fault rather than a significant mechanical or structural failure. The mileage accumulation is consistent and reflects a high-use profile for a nine-year-old vehicle. Between March 2023 and March 2025, the car covered 26,800 miles, which aligns with a standard annual usage pattern. However, the jump from 99,691 miles in March 2025 to 111,087 miles in February 2026 shows an accelerated rate of 11,396 miles in less than a year. This sustained high mileage suggests the vehicle has been used regularly for commuting or long-distance travel, which places higher demands on the drivetrain and suspension components compared to lower-mileage examples. Given the high annual mileage, a physical inspection should focus on wear-related components that typically degrade under heavy use. You should specifically examine the condition of the suspension bushes, coil springs, and shock absorbers for signs of fatigue or leaking. The brake system warrants close scrutiny, particularly checking for unevenly worn discs or binding calipers, as high-frequency usage often leads to accelerated thermal wear. The absence of structural corrosion or emissions issues in the recorded history is a positive indicator of the vehicle's upkeep. However, because the car has exceeded 110,000 miles, you should verify the service history for evidence of timing belt or chain inspections and fluid changes. Checking the integrity of the underbody for surface rust and inspecting the tyre tread depth and sidewall condition will provide a clearer picture of how the previous owner managed the increased mechanical stress of high-mileage driving.