2019 Ford Transit Connect 1.5L Diesel · 56 DBB

The vehicle is currently roadworthy but the maintenance history reveals a consistent trend of reactive rather than proactive upkeep. While the most recent test in January 2026 at 77,903 miles passed, it flagged multiple advisories regarding worn rear tyres and a damaged seat belt. This follows a recurring pattern where components are only addressed once they reach the legal limit or cause a test failure, suggesting the previous owner prioritised minimum compliance over long-term preventative mechanical care. At 77,903 miles over seven years, the Transit Connect averages approximately 11,100 miles per year, which aligns with typical usage for a light commercial vehicle. The mileage data shows a significant surge of 23,848 miles between the October 2023 and January 2025 tests, followed by another 8,706 miles leading to the January 2026 inspection. This fluctuating mileage explains the rapid wear observed on tyres and brake components, as the vehicle has clearly been subjected to regular high-mileage or heavy-duty use during these intervals. A buyer must conduct a thorough physical inspection of the front braking system, as the record shows pitted and scored discs were noted in early 2025. The recurring mention of tyres worn on the edges across multiple years indicates potential wheel alignment issues or worn suspension bushes that have not yet been rectified. The inspector should also check the rear suspension geometry and shock absorbers, as the history of uneven tyre wear often masks deeper faults in control links. Finally, the damaged nearside rear seat belt webbing requires immediate replacement to ensure passenger safety. Given the previous failure for a damaged front bumper splitter in 2025, the bodywork should be inspected for hidden impact damage that could have compromised the mounting points. While the vehicle has passed its recent tests, the frequency of consumable wear and minor failures suggests the buyer will require further expenditure on tyres and braking components in the near future.