2010 Ford Transit Connect 1.8L Diesel · LR10 WHF

The most recent MOT inspection on 27 August 2026 resulted in a failure, primarily due to structural integrity concerns and lighting issues. The vehicle's maintenance trend is significantly worsening, moving from manageable advisories regarding surface corrosion and brake wear in previous years to critical structural failures. The recent failure highlights excessive corrosion on the offside rear suspension component mounting area, which has been flagged as significantly reducing the structural strength of the chassis leg. This progression from general sill and sub-frame corrosion advisories to a major structural failure indicates that the vehicle's metalwork is deteriorating rapidly, suggesting that previous maintenance or rust prevention measures have been insufficient to halt the oxidation process. With a recorded mileage of 93,386 over approximately 16 years, this Ford Transit Connect has averaged roughly 5,837 miles per year. This is considered very low mileage for a commercial vehicle of this age, which often implies it has been used for light duties or has spent significant periods stationary. While lower mileage generally suggests less wear on the engine and drivetrain, it can be deceptive. Long periods of standing often lead to accelerated degradation of rubber components, such as suspension bushes and tyre sidewalls, and can encourage the type of deep-seated corrosion seen in this vehicle's chassis and sills. Furthermore, low annual usage can lead to moisture accumulation in the fuel system and brake fluid, potentially contributing to the fuel system leak noted in the 2024 inspection. A prospective buyer must exercise extreme caution regarding the structural condition of this vehicle. The recurring theme of corrosion in the sills, sub-frame, and suspension mounting points is a major red flag. During a test drive, pay close attention to any knocking, clunking, or creaking sounds originating from the rear suspension, as the structural weakness in the mounting areas could affect suspension geometry and stability. The history of pitted and scored brake discs, combined with a previous failure for parking brake efficiency, suggests the braking system may suffer from binding calipers or corrosion on the sliding pins. You should check for any brake pedal sponginess or shuddering under deceleration, which could indicate further deterioration of the discs or hydraulic components. Given the low mileage and the history of standing, you must also perform a thorough physical inspection of all consumables. Check the tyres for signs of perishing, such as sidewall cracking or age-related hardening, which can occur even if tread depth remains high. Inspect the underside of the vehicle thoroughly for any signs of active fluid leaks, particularly from the fuel system or shock absorbers, as these have been historical issues. Verify the service history to ensure that time-based maintenance, such as oil changes and brake fluid flushes, has been carried out regardless of the low mileage. Ultimately, the recent major failure regarding structural strength means this vehicle may require significant welding and fabrication work to be considered truly roadworthy and safe for long-term use.