2007 Volkswagen Golf 1.9L Diesel · WM07 VEB

A nineteen-year-old Volkswagen Golf with two failed MOT tests in the past four years and a clear pattern of recurring rear suspension wear should be approached with caution, as the structural and chassis components are showing the kind of cumulative fatigue typical of high-mileage Golfs operating on UK roads. The most recent test on 9 July 2026 resulted in a pass, but only two days earlier the same vehicle failed on fractured rear coil spring, excessive corrosion to both rear outer sills, and corrosion at the offside front outer sill mounting area, all classed as Major defects. Two fractured coil springs in four years (the offside front in 2022 and the offside rear in 2026), combined with progressively deteriorating rear trailing arm bushes flagged in every test since 2023, indicate that the rear axle subframe and its mounting points warrant close scrutiny. The structural advisories on the outer sills are particularly significant because corrosion in prescribed areas around suspension mountings can quickly escalate from advisory to failure, and MOT inspectors have already recorded that the strength has been "significantly reduced. Recorded mileage stands at 136,007 miles over nineteen years, giving an annual accumulation rate of roughly 7,158 miles, which is broadly typical for a car of this age. There are no unusual gaps in the testing history to suggest extended periods off the road, and the mileage progression appears consistent with regular commuter or family use. For a Mk5 Golf of this vintage and mileage, the typical wear items of coil springs, control arm bushes, rear trailing arm bushes, and exhaust mounting rubbers would be expected to be approaching or past their service life, and the recorded history confirms exactly this pattern rather than any out-of-the-ordinary heavy use. The mileage alone does not raise specific concerns beyond what is already evident from the suspension and corrosion defects. Given the recorded advisories, a prospective buyer should carry out a thorough physical inspection of the rear axle assembly, including the trailing arms, coil springs, and the inner and outer sills around the rear suspension turrets and jacking points. Any visible perforation, bubbling under the underseal, or flaking rust at the rear wheel arch lips, sill seams, or around the rear trailing arm mounting bolts should be treated seriously, as this is the same area where the 2026 test noted significantly reduced structural strength. On the test drive, listen for clonking or knocking from the rear over uneven surfaces, which would indicate the worn trailing arm bushes now flagged in every test since 2023, and pay attention to any rear-end instability or wallowing over bumps consistent with fractured or weakened coil springs. The front suspension should also be checked for play in the nearside track rod end (replaced after the 2025 failure) and for any knocking from the front lower arm ball joints, as the 2022 test recorded a perished dust cover that would allow rapid wear once contaminated. The braking system has shown only minor advisory issues, notably a binding nearside rear caliper noted in 2023 and tyre wear advisories in 2022 and 2024, but these are not recurring failures and the braking record is broadly unremarkable. Prospective buyers should however check for a dragging sensation or uneven pulling under light braking that might suggest the rear caliper is sticking, and inspect the inner edges of the front tyres for uneven wear, which has been flagged repeatedly and could indicate misalignment or worn front suspension components. Finally, given the age and mileage, a pre-purchase inspection on a ramp would be strongly advisable to assess the full extent of sill and underbody corrosion, as MOT testers can only inspect visible areas through the wheel arches and from beneath, and the structural defects recorded in July 2026 may represent only the most obvious problems in a broader pattern of chassis corrosion.