2011 Ford Transit 2.2L Diesel · BT11 HFO

The vehicle is currently roadworthy but the maintenance history indicates a reactive rather than proactive approach. While it passed its most recent test in August 2025 at 201,883 miles, this followed a significant failure just two days prior. The failure record revealed multiple safety issues including brake efficiency, parking brake adjustment, and lighting, which were only addressed immediately before the passing test. The trend suggests the vehicle is kept to a minimum legal standard for operation, which is common for high-mileage commercial assets. At 201,883 miles, this 15-year-old Transit has covered an average of approximately 13,400 miles per year. The data shows consistent high-intensity use, with 17,293 miles recorded between June 2024 and August 2025. This rapid accumulation of mileage over a short 14-month period places considerable stress on the drivetrain and suspension components, which is reflected in the recurring reports of worn bushes and suspension arm issues across the last three test cycles. A physical inspection must prioritise the structural integrity of the rear bodywork. The tester consistently flagged corrosion on both the offside and nearside rear wheel arches, alongside a corroded nearside rear leaf spring. These are indicators of age-related rust that will eventually lead to structural failure if not treated. The buyer should also inspect the offside front suspension arm, as the worn bush was noted in 2025 and remains an advisory despite the high mileage, indicating the wear is likely to progress. The braking system requires close monitoring following the 2025 failure for thin pads and poor parking brake efficiency. Although the oil leak noted as not excessive in 2024 was not mentioned in the latest test, the buyer should check for active weeping around the engine or gearbox seals to ensure the leak has not worsened. Given the high mileage and the history of suspension wear, a thorough check of all bushings and ball joints is necessary to avoid immediate mechanical failure.