2020 Ford Transit 350 Leader Ecoblue 2.0L Diesel · YR70 XDV

The vehicle remains roadworthy, but the maintenance history reveals a trend of reactive rather than proactive upkeep. The most recent test in May 2026 at 146,343 miles identified several minor electrical and mechanical defects, including a newly noted oil leak and a twisted nearside rear brake hose. While the vehicle passed, the persistence of steering and drivetrain issues across the last three years suggests that components are only addressed once they reach a point of failure or are flagged by a tester. This Ford Transit has covered a significant distance for its age, averaging approximately 24,400 miles per year. Between October 2023 and May 2026, the vehicle covered 64,778 miles in just under thirty months. This high rate of accumulation places extreme strain on heavy-duty components and the cooling system. The consistent intervals between tests indicate the vehicle is used regularly, likely in a high-intensity commercial capacity, which explains the rapid wear observed on consumables like tyres and brake components in the 2023 record. A prospective buyer must conduct a thorough inspection of the steering and suspension assembly. The record shows a long-term failure to address drive shaft constant velocity boots and steering rack inner joints, which were flagged in 2023, 2024, and 2025. The presence of play in the track rod end and steering rack indicates the front end is nearing the end of service life. Furthermore, the oil leak noted in the 2026 test requires immediate investigation to determine if it is a minor seal failure or a more significant engine gasket issue. The braking system also requires close attention following the history of thin pads and pitted discs. The buyer should check the entire chassis for structural integrity, as high-mileage commercial vans often suffer from accelerated corrosion in the mounting points. Given the recurring issues with tyres worn to the legal limit in 2023, the wheel alignment should be verified to ensure uneven wear is not causing premature component failure.