2009 Ford Transit 2.2L Diesel · AV09 XMH

The vehicle most recently passed its MOT on 9 March 2026, though it carries an advisory for general corrosion under the vehicle. Looking at the broader history, the maintenance trend appears somewhat reactive rather than proactive, with several failures related to lighting and recurring advisories for structural wear. The persistence of corrosion warnings across multiple years indicates a progressive degradation of the chassis that requires close scrutiny to ensure the vehicle remains safe for long-term use. With a recorded mileage of 135,603 miles over 17 years, the vehicle has averaged approximately 7,977 miles per year. This is a typical usage profile for a light commercial vehicle of this era. While the mileage is not excessive, it is sufficient to have caused standard wear on major drivetrain components and suspension bushings, meaning the buyer should expect the vehicle to exhibit mechanical characteristics consistent with a high-use working van. Particular attention must be paid to the underside of the vehicle. The repeated advisories regarding structural corrosion and general under-vehicle rust suggest that the chassis may be nearing a point of failure. During a physical inspection, use a torch to examine the sills, chassis rails, and wheel arches for significant scale, bubbling paint, or holes. Additionally, the 2024 advisory for an oil leak warrants a thorough check of the engine bay for fresh seepage and a review of the service history to confirm if the leak was professionally rectified. On a test drive, listen for knocking or clunking sounds from the front end, which would indicate that the previously noted deteriorated anti-roll bar linkage ball joint covers have led to joint failure. Check the braking performance for any shudder or lack of bite, as rear brake pads were noted as wearing thin in early 2025. Finally, inspect all tyre sidewalls for cracking or perishing, specifically the nearside rear, to ensure the rubber has not degraded due to age, as this can lead to sudden structural failure under load.