2004 Volkswagen Transporter 2.5L Diesel · NLZ 8082

A twenty-two-year-old Transporter with sustained structural advisories and a recent driveline failure sits at the centre of this vehicle's MOT narrative. The most recent test on 23 September 2025 passed, but it carried advisories for both front tyres wearing close to the legal limit on their edges, mirroring the same edge wear that was flagged in 2022 and suggesting the geometry or loading is consistently punishing the front tyres. The September 2024 test also passed, yet that same day a prior re-test had failed on a near-side front drive shaft CV boot split that was allowing ingress past the boot, a defect that can rapidly destroy the joint if not promptly addressed. Recurring minor headlamp lens defects across three consecutive tests point to oxidised front lamp units, while the 2022 advisory on corroded rear suspension arms, corroded integral sills and perished rear tyres gives a clear picture of a chassis progressively succumbing to age-related deterioration rather than isolated incidents. Taken together, the record shows a working van that has stayed on the right side of the legal line, but one whose MOT history documents a slow decline in body, suspension and underbody integrity. Recorded mileage of 234,674 miles over approximately twenty-two years equates to roughly 10,600 miles annually, which is broadly consistent with active commercial or fleet use for a Transporter of this vintage. The mileage between tests tracks sensibly year on year with no sudden jumps or implausibly low readings, indicating the vehicle has remained in regular service rather than being laid up for extended periods. For a working Transporter of this age, that pattern of continual use is mechanically significant: the engine, clutch, gearbox, turbo and front drivetrain components have absorbed substantial cumulative load, and consumables such as clutch friction material, dual-mass flywheel, turbo seals, engine mounts and gearbox mounts should all be considered end-of-life items. Equally, sustained use keeps oil circulating, prevents severe corrosion seizure of moving parts and avoids the battery and brake-seal problems that plague long-standing vehicles, so the mileage profile is not inherently a negative, but it does mean nothing on the drivetrain can be assumed serviceable purely on age. A prospective buyer should focus the physical inspection squarely on the components already flagged in the MOT record. The persistent front tyre edge wear warrants a careful check of the tracking, front suspension geometry and condition of the front anti-roll bar bushes, top mounts, drop links and shock absorbers; on a test drive, listen for clonking over bumps and feel for vague wandering or a steering pull that fails to self-correct, all of which would suggest the geometry has been compromised by worn suspension components rather than just alignment settings. The 2022 advisories on corroded rear suspension arms and corroded integral sills blocked by undertrays demand that the undertrays and side steps be removed for a proper visual inspection, as corrosion noted from underneath is frequently worse than the tester could record; press the rear arms and sills firmly with a screwdriver or by hand to feel for flaky, weakened metal, and during the road test listen for rear suspension knocks over rough surfaces and check for inconsistent rear ride height. The CV boot failure recorded in 2024 also warrants a hands-on check of both front drive shaft boots for splits, grease loss or contamination, and a test drive should include tight full-lock turns in both directions while listening for clicking, knocking or binding from the front hubs. Finally, the headlamp lens defects across three tests and the damaged rear reflector recorded in 2022 should be physically inspected, as heavily oxidised polycarbonate lenses scatter light output dangerously at night even when the bulb image is technically visible, and replacing both units is a sensible precaution. Look carefully underneath at the chassis rails, crossmembers and exhaust mounting points for the kind of structural corrosion that the 2022 advisory hinted at beneath the undertrays, and check that the exhaust system is securely mounted with no blowing joints or deteriorated rubber hangers. On the road, pay particular attention to brake pedal feel, as binding calipers are common on high-mileage vans and will manifest as a pulling to one side under braking or wheels running noticeably hotter than their counterparts after a moderate stop. Given the cumulative evidence of underbody corrosion, CV joint wear, suspension deterioration and high commercial mileage, a pre-purchase inspection by a specialist familiar with T4 Transporter corrosion hotspots, ideally with the vehicle on a ramp and undertrays removed, is strongly advisable.