2016 Ford Transit Connect 1.5L Diesel · RO05 LSP

A clean and unblemished DVSA record defines this 2016 Ford Transit Connect, with the most recent test on 27 December 2025 returning a pass and no advisories or defects of any kind recorded. Across five documented tests spanning 2023 through 2025, the vehicle has demonstrated consistent roadworthiness, and crucially, the absence of any advisories means there are no flagged wear items, corrosion concerns, or borderline measurements that a buyer would need to monitor in the short term. The single failure recorded on 13 January 2024 was resolved on the same day with a subsequent pass, and crucially no defects were associated with that retest event, suggesting the earlier failure was either a minor administrative or easily rectified issue that did not reflect any underlying mechanical deterioration. This stability across consecutive annual tests is a strong indicator of a structurally sound commercial vehicle that has not developed the typical advisory patterns seen on high-mileage Transits of this generation, such as rear spring corrosion, sliding door mechanism wear, or front suspension component degradation. With 92,172 miles accumulated over approximately a decade of use, the vehicle averages around 9,217 miles annually, which is broadly typical for a working van of this age and segment. The mileage progression between tests shows steady accumulation rather than any concerning spikes or extended gaps, suggesting the vehicle has remained in regular operational service rather than experiencing long periods of standing off-road. For a Transit Connect of this vintage and mileage, this usage pattern is mechanically favourable, as vans of this type tend to suffer from premature component wear when left idle for extended periods, particularly in terms of brake disc corrosion, diesel particulate filter soot saturation, and turbocharger oil seal drying. The consistent annual mileage implies regular warm-up cycles, consistent braking activity to keep discs and pads clear of surface rust, and steady DPF regeneration opportunities, all of which contribute positively to long-term mechanical durability. Despite the entirely clean advisory record, a prospective buyer should still conduct a thorough physical inspection focused on the components most commonly affected on a Transit Connect at this mileage band. On the test drive, listen carefully for any knocking or clonking from the front suspension over uneven surfaces, particularly from the lower control arm bushes, anti-roll bar drop links, and front strut top mounts, as these are known wear items on this platform even when not yet flagged at test. Pay close attention to brake feel, checking for any pulling to one side under moderate braking or a soft or spongy pedal that might indicate developing caliper issues, as binding calipers and corroded brake pipes are common failure points on Transits operating in damp UK conditions. Inspect the rear leaf spring eyes and mounting brackets for any early signs of surface corrosion, and check the underside of the vehicle, particularly around the rear axle area and fuel tank strap mounting points, for any rust that may not yet have warranted an advisory but could be progressing. The diesel engine and drivetrain also warrant close attention given the mileage. Listen at cold start for any excessive timing chain rattle, which on the Transit Connect's 1.5 and 1.6 TDCi units can indicate stretched chains even at moderate mileages, and watch for any blue smoke on startup that could suggest turbo seal wear or PCV system issues. Check the oil level and condition on the dipstick, looking for any creamy residue indicating coolant contamination or excessive blackening suggesting poor maintenance intervals. Examine the clutch for any slipping under load in higher gears or any juddering when pulling away from rest, as clutch wear is inevitable at this mileage. Finally, verify that the DPF has no warning lights illuminated on the instrument cluster and ask about the vehicle's typical usage pattern, as predominantly short urban journeys can lead to DPF blockage issues that have not yet manifested as a test failure but could become problematic for a new owner if the vehicle is primarily used for short trips.