2017 Ford Transit 2.2L Diesel · LY66 OHT

The vehicle presents a stable roadworthiness profile following a clean pass in the January 2026 test at 3,897 miles. While the history shows a single failure in January 2024, the subsequent two years of testing indicate that previous mechanical issues have been resolved. The most recent inspection recorded no defects, suggesting the vehicle is currently maintained to a standard that meets all statutory requirements. The mileage pattern is exceptionally low for a 2017 vehicle, averaging approximately 433 miles per year. The record shows a significant jump between the January 2024 test at 3,303 miles and the January 2024 test at 7,195 miles, though this appears to be a data anomaly or a typo in the provided record given the subsequent 2025 mileage of 3,423. Regardless of the specific data discrepancy, the vehicle has spent much of its life covering minimal distances. This pattern suggests long periods of inactivity or very light local use, which can lead to different wear profiles than high-mileage commercial vehicles. A buyer should focus their physical inspection on components prone to degradation during periods of inactivity. The January 2024 failure highlighted an ABS fault and the presence of aged tyres, indicating that the previous owner neglected basic consumable maintenance. Although the tyres were presumably replaced to clear the 2024 failure, the age of rubber is a concern for vehicles that sit idle. I recommend a thorough check of the tyre manufacture dates and the condition of all sidewalls. The ABS warning lamp fault from early 2024 warrants a secondary check to ensure the sensor or module issue was fully rectified and not merely reset. Because the vehicle has covered such low mileage, the mechanical components like suspension bushes, brake discs, and exhaust systems may show surface corrosion or seizing rather than traditional wear-and-tear. Inspect the braking system for binding calipers and check the underside for any signs of age-related corrosion that often affects low-use vehicles stored in damp environments.