VOLKSWAGEN TRANSPORTER2006 · 1.9L DIESEL

The Volkswagen Transporter passed its most recent MOT on 18 January 2024 at 209,444 miles yet the prior day's test failed on eight counts including excessive front suspension wear and a leaking rear brake pipe. This chronology exposes a worsening trend from a minor anti-roll bar play note in January 2022 through major ball joint and bush failures in January 2023 and January 2024. The tester flagged offside front suspension arm ball joint excessive wear and dust cover breach on 17 January 2024, repeating defects from twelve months earlier. Previous owners neglected basic upkeep, evidenced by twin rear tyre edge wear and hydraulic leakage. Mileage rose from 202,399 in January 2022 to 206,365 by January 2023 then to 209,444 in January 2024. That equates to around four thousand miles per year across the recorded span, well under the lifetime average near ten thousand five hundred miles annually for this eighteen to twenty year old van. The slackened recent use suggests lighter running or prolonged storage, conditions that hasten perishment of rubber suspension bushes and CV gaiters. The history is sparse but free of suspicious odometer leaps. In person, a buyer must scrutinise front suspension arm ball joints, inner pins and Macpherson strut top bearings for excessive play, as these triggered failures in both 2023 and 2024. The offside front constant velocity boot split recurred, implying past repairs may have been superficial rather than renewed. Examine nearside rear brake pipe for corrosion or weepage following the 2024 hydraulic leak advisory. Verify rear tyres, registration lamp and offside rear reflector despite the subsequent pass. Structural integrity around suspension mounts and subframe requires inspection for corrosion after two decades of service. Coil springs and brake discs should be measured for fatigue and wear, while the offside front oil leak noted in January 2023 demands visual check of seal condition and exhaust emissions testing. The record shows rectification only under test pressure, so assume drivetrain components including clutch and gearbox have endured high cumulative load.