2019 Ford Transit 2.0L Diesel · SD19 SWN

The vehicle presents a concerning maintenance trend characterized by frequent mechanical failures and a recent spike in serious defects. While the most recent test on 19 June 2026 at 110,250 miles resulted in a pass, this followed a significant failure just two days prior. That failure highlighted critical issues including an inoperative engine MIL, a major exhaust gas leak, and depleted brake pads on both axles. This pattern of failing multiple tests due to essential components suggests a reactive rather than proactive approach to vehicle upkeep. The mileage accumulation is high for a 2019 vehicle, averaging approximately 15,750 miles per year. A notable surge in usage occurred between June 2025 at 87,806 miles and June 2026 at 110,250 miles, indicating heavy commercial use during that period. This rapid increase in mileage correlates with the more frequent and severe mechanical failures seen in the recent records. The vehicle has transitioned from relatively clean MOTs in 2024 to a period of heavy wear and frequent component replacement. A prospective buyer must conduct a thorough inspection of the braking system and exhaust assembly. The records show a recurring inability to maintain brake pads and discs, with failures in February 2022, May 2025, and June 2026. The June 2026 failure specifically noted a major exhaust leak and an inoperative engine management light, which requires immediate verification to ensure no underlying sensor or emissions issues remain. The suspension also warrants scrutiny following the June 2025 failure regarding a worn offside front suspension arm ball joint. Tyre management appears inconsistent throughout the vehicle's life. Multiple tests, including January 2023 and June 2025, flagged tyres with cuts or excessive wear. Given the high annual mileage and the recent history of component failures, the drivetrain and suspension components should be checked for signs of premature fatigue. The recent pass suggests the immediate MOT failures were rectified, but the underlying maintenance culture remains a point of caution.