2017 Volkswagen Transporter 2.0L Diesel · GD67 DPO

This Volkswagen Transporter presents a largely reassuring roadworthiness profile, anchored by an unbroken run of passes at its most recent examinations on 11 February 2026 and 11 February 2025, both recorded with no defects. The defining mechanical event in the vehicle's documented history is a single Major failure on 9 December 2023 for a fractured nearside rear coil spring, a defect that can dangerously compromise rear axle stability and load-bearing capacity if driven on. This spring was clearly rectified prior to the immediate re-test two days later on 11 December 2023, which returned a pass alongside a single advisory noting damage to the nearside underbody trim. Given that no further advisories have appeared in the two subsequent tests, the coil spring failure appears to have been an isolated component defect rather than evidence of systemic suspension wear, though a prospective buyer should not assume the remainder of the suspension is necessarily in new condition. With 99,655 miles accumulated over nine years, the Transporter is averaging roughly 11,073 miles per year, a rate that sits broadly in line with expectations for a working light commercial vehicle of this vintage. The mileage progression across the recorded tests is steady rather than erratic, with no alarming spikes or unexplained gaps that would suggest a period off the road or a tampered odometer. This kind of consistent, moderate commercial use is generally favourable for diesel drivetrains, as it typically avoids the worst extremes of low-mileage corrosion and high-mileage clutch or turbo wear. Nevertheless, at approaching 100,000 miles the vehicle is now entering the phase where clutches, dual-mass flywheels, timing belt kits, water pumps, and turbocharger actuator mechanisms begin to demand closer scrutiny regardless of how cleanly the MOT history reads. Given the documented fracture of the nearside rear coil spring in late 2023, particular attention should be paid to the condition of the rear axle assembly during any physical inspection. The replacement spring should be examined for correct seating, and the opposing offside rear spring should be carefully inspected for any signs of sagging, cracking, or corrosion pitting, as coils of similar age and mileage can fail in matched pairs. On a test drive, listen for any clonking or rattling noises from the rear over uneven surfaces, particularly when unladen, and pay attention to whether the vehicle sits level or displays any obvious rear-end sag. Also examine the rear shock absorbers and their mounting rubbers, as these work in conjunction with the springs and would not have been flagged in MOT testing unless visibly leaking or insecure. The persistent advisory regarding damage to the nearside underbody trim is a minor but worth-noting item, as missing or loose underbody panels can expose brake lines, fuel lines, and ABS wiring to road spray, grit, and salt, accelerating corrosion on components that are notoriously expensive to remedy on commercial vehicles. During a viewing, physically inspect with a torch the nearside fuel and brake pipework for any surface rust or pitting, and ensure the trim itself has been properly refastened rather than simply left dangling. Beyond the documented items, a Transporter at this mileage warrants a thorough check of the clutch for slipping under load, the DSG or manual gearbox for smooth selection and any shudder on pull-away, and the condition of the cambelt and water pump service history, as a snapped belt on these T5/T6 era engines can result in catastrophic valve and piston damage. Finally, request evidence of recent timing belt replacement intervals, as this is a scheduled service item irrespective of what the MOT record shows.