2013 Ford Transit 2.2L Diesel · WP62 YLR

The most recent DVSA examination dated 2026-02-19 resulted in a Pass, although the test attracted five advisory items spanning tyre condition, plate deterioration, brake pad wear, rear brake disc condition, and rear brake lining condition. Looking at the broader history, the 2025 test passed cleanly with advisories relating to a smooth brake pedal, surface body corrosion, and the registration plate deterioration that has now carried forward two consecutive years, while the 2024 test passed with no defects noted. The intervening 2024-01-31 failure involved multiple lighting faults including position lamps, stop lamps, registration plate lamp, and a severely reduced headlamp light intensity, but these were rectified within the same month given the subsequent pass. Taken as a whole, the maintenance trend appears broadly stable rather than worsening, but the growing volume of brake-related advisories on the most recent test warrants close attention, and the persistent registration plate deterioration alongside newly noted body corrosion suggests the exterior condition is gradually declining. At 186,613 miles across roughly thirteen years, this Transit has covered an annual average of approximately 14,355 miles, which sits at the higher end of typical usage for a commercial vehicle of this age. This figure is consistent with a working van that has seen regular service rather than periods of extended standing, and the relatively continuous MOT testing pattern with no large mileage gaps supports that interpretation. Higher mileage of this nature brings accelerated wear to consumables and mechanical components, particularly the clutch, dual-mass flywheel if fitted, turbocharger, and engine internal components, along with the suspension and braking systems which are already showing advisory flags. Conversely, the consistent running pattern is generally favourable for preventing the standing-start corrosion issues and fluid degradation that plague low-mileage vans, although the recorded surface corrosion observed in 2025 suggests some areas may already be exposed to environmental wear or winter road salts. Given the advisory items raised on the most recent test, the prospective buyer should undertake a careful physical inspection focusing on the braking system. The front brake pads were noted as wearing thin, which on a Transit of this mileage suggests imminent replacement is likely within the next ten to twenty thousand miles depending on load patterns, and the rear brake discs showing pitting and scoring combined with thin rear linings indicates the rear braking components may require attention either now or in the near term. On a test drive, listen for any brake shudder through the steering wheel under moderate deceleration which would confirm disc runout or excessive wear, and pay attention to any pulling to one side under braking that could indicate a binding caliper or uneven pad wear. The offside front tyre worn close to the legal limit and on the edge should be inspected directly for remaining tread depth, uneven wear patterns, and any shoulder damage, as edge wear on a commercial vehicle frequently points to incorrect tracking, worn suspension components, or overloaded operation. Uneven tyre wear across axles at this mileage is a strong indicator that bushes, drop links, or coil springs may be approaching the end of their service life, so the suspension should be evaluated for clunks over speed bumps and the vehicle should sit level when parked. Beyond the recorded advisories, several age and mileage related items deserve scrutiny during a viewing. The 2025 advisory concerning brake pedal smoothness suggests the pedal rubber may be worn or glazed, which is a minor safety concern in itself, but also worth noting as a sign of general interior wear and use. Surface corrosion to bodywork noted in 2025 is typical for a working van of this age and exposure, but the buyer should examine structural areas including sills, wheel arches, cross members, and the load floor for any advanced corrosion that could compromise long-term integrity. The lighting faults that caused the 2024 failure were electrical in nature and potentially indicative of earthing issues, connector corrosion, or bulb socket degradation, all of which are common in commercial vehicles subject to moisture and vibration, so all exterior lamps should be functionally checked. Given the high mileage and thirteen-year age, the buyer should also verify the service history stamps, confirm the timing belt replacement interval appropriate to the engine variant, check the condition of the 12V battery, inspect coolant and brake fluid for age-related degradation, and examine the exhaust system for corrosion or blowing joints which frequently fail MOT on older Transits. A thorough underbody inspection ideally on a ramp is strongly recommended given the cumulative mileage and the working vehicle history this Transit represents.