2017 Ford Transit 2.0L Diesel · SP67 KWS

The vehicle most recently passed its MOT test on 17 March 2026 with no defects or advisories recorded, and the preceding tests from 2023, 2024, and 2025 also returned clean passes with no advisories. The single failure on 22 March 2023 is recorded with no defects listed, which is unusual but not uncommon in cases where a vehicle was failed for a reason not captured in the advisory database, such as a refusal to test or an immediate pass-on-retest without recorded items. Taken together, the absence of any recorded advisories across the most recent four consecutive tests indicates a stable and well-maintained mechanical condition, with no recurring wear patterns or component degradation flagged by the testing station. This represents a reassuring maintenance trend for a prospective buyer, particularly given the vehicle's commercial van application. The recorded mileage of 63,512 miles over approximately nine years equates to an annual usage rate of around 7,057 miles, which is broadly typical for a Ford Transit of this age, particularly one that may have seen mixed commercial and light private use. There are no significant gaps in the MOT history to suggest extended periods of standing, and the continuity of annual testing implies the vehicle has been in regular use throughout its recorded life. This pattern is mechanically favourable, as it reduces the likelihood of issues associated with prolonged inactivity such as brake disc corrosion, seized calipers, perished rubber components, and degraded lubricants. The mileage itself is moderate for a commercial diesel of this age, meaning major drivetrain components such as the clutch, turbocharger, and dual-mass flywheel (if applicable to the transmission variant) should not yet be at the end of their expected service life, though they remain items warranting scrutiny during any physical inspection. Given the clean MOT record and the age of the vehicle, attention during a pre-purchase inspection should focus on time-based degradation rather than recorded wear items. Tyres should be examined closely for sidewall perishing and cracking, which occurs naturally with age regardless of tread depth, and any tyres older than five years from their DOT date stamp should be regarded as due for replacement regardless of remaining tread. The braking system should be inspected for disc corrosion and any signs of binding calipers, particularly if the vehicle has experienced periods of light use; a spongy pedal feel or uneven braking response during a test drive could indicate such issues. The 12-volt battery should be load-tested, as batteries typically require replacement every five to seven years, and a 2017 vehicle is now at the upper end of this expected lifespan. All fluid services, including engine oil, coolant, brake fluid, and power steering fluid, should be verified as having been conducted in accordance with calendar-based intervals rather than purely mileage-based schedules, as brake fluid in particular degrades hygroscopically over time and should be renewed every two years regardless of mileage. Additionally, a thorough test drive should be undertaken to identify symptoms not captured by static MOT inspection, with particular attention to the suspension system listening for any clonks or rattles from worn bushes, anti-roll bar links, or coil springs, especially given the payload demands typical of a Transit. The steering should be checked for excessive play or uneven responses that may indicate worn track rod ends or steering rack wear. The clutch operation should be assessed for any slipping under load, dragging, or juddering, which on a diesel van of this age could indicate impending dual-mass flywheel or clutch replacement. The engine should be observed from cold start for excessive smoke, unusual noises, or rough running, and during the road test for any turbo lag, hesitation, or signs of EGR valve or DPF issues commonly associated with commercial diesel usage. Finally, the underside and structural areas should be examined for corrosion, particularly around suspension mounting points, brake lines, and the rear axle area, as commercial vehicles are often subjected to harsher operating conditions that can accelerate underbody deterioration.