2008 Volkswagen Transporter 1.9L Diesel · CL08 MRL

A clear pattern of front suspension wear and broader corrosion issues defines the mechanical profile of this 2008 Volkswagen Transporter, with the most recent MOT on 10 July 2026 passing only after a prior failure on 6 July 2026 had flagged excessively worn suspension arm pins, bushes, and a ball joint on the nearside front. That earlier test identified two Major defects specifically on the nearside front arm pin or bush and ball joint, alongside advisories for the offside front equivalents showing early wear. The nearside rear coil spring has now been flagged as corroded across consecutive tests in 2025 and 2026, and general light corrosion throughout the suspension components was noted on the most recent pass. Taken together, the trend points to a chassis and undercarriage that is deteriorating with age, with the front suspension geometry and rear spring in particular requiring close physical inspection rather than relying on the pass certificate alone. Annual mileage of roughly 7,400 miles is broadly in line with what one would expect from an 18 year old commercial vehicle, suggesting steady but not punishing use. The recorded tests run consecutively from 2022 through 2026 without any year-on-year gaps, indicating the vehicle has remained in regular road use and has not been laid up for extended periods. That continuity is useful because prolonged standing often accelerates corrosion in brake discs, subframe components, and exhaust hangers, none of which appear here as a standalone concern beyond the general suspension corrosion already noted. The mileage progression from the earliest recorded test to the most recent is consistent and gradual, with no abrupt jumps that would suggest odometer irregularity or fleet-style high accumulation. A prospective buyer should focus the physical inspection on the front suspension geometry, as this is where the only Major defects in the record appear. With the nearside front arm pin, bush, and ball joint having been recorded as excessively worn, and the offside equivalents showing measurable play, both lower wishbone assemblies should be examined for perished rubber, lateral movement when rocked by hand, and any knocking transmitted through the front wheels over uneven surfaces. The offside front service brake was noted as binding slightly in 2025, so a test drive should include a series of moderate stops to confirm the disc rotates freely by hand when cold and that the vehicle does not pull markedly to one side under braking. The nearside rear coil spring corrosion is also worth a visual check from below, looking for surface pitting that could progress to cracking, particularly given the general light corrosion recorded across the suspension components. Further test drive attention should be paid to steering response, because worn front ball joints and arm pins typically produce imprecise turn-in, a wandering sensation at speed, or clonks when reversing over kerbs or speed cushions. The nearside front tyre was previously flagged as worn on the edge, which is often symptomatic of misalignment caused by the very suspension wear now being documented, so a four-wheel alignment check would be prudent alongside any renewal of front suspension components. The rear anti-roll bar corrosion noted in 2025 should be inspected for section loss, particularly at the mounting brackets. Finally, given that the 2024 test recorded a dangerous rear tyre tread depth below 1.6mm, the condition and age of all four tyres warrants verification on the day of viewing, as aged commercial rubber can lose tread depth and structural integrity simultaneously.