2007 Volkswagen Golf 2.0L Diesel · EF57 ACV

A pattern of chronic rear suspension and underbody corrosion, combined with two fractured front coil springs in quick succession, defines the mechanical risk profile of this 2007 Volkswagen Golf. The most recent test on 12 November 2025 returned a pass, but only after a near-identical presentation two days earlier on 10 November 2025 had resulted in a failure, with the cause being a broken nearside front coil spring. The pattern of identical advisories across both entries, covering corroded rear anti-roll bar, corroded rear subframe, corroded nearside and offside rear coil springs, and a worn nearside rear lower suspension arm inner bush, indicates that the underlying corrosion issue was not rectified between the failed and re-tested examinations. Earlier history reinforces this concern: the 27 October 2022 pass was preceded by a failure on 26 October 2022 for an offside front coil spring fracture, and the 29 October 2024 pass was only secured after a failure for dangerously exposed ply or cords on both front tyres and a leaking rear shock absorber. Across the recorded MOT history, the rear suspension components have carried consistent advisories for corrosion since at least October 2022, with no recorded remediation. Recorded mileage of 157,672 miles across 19 years equates to an average annual accumulation of roughly 8,300 miles, which sits within typical parameters for a vehicle of this age and does not raise immediate red flags from a usage perspective alone. No significant gaps in the MOT testing record are evident, and the mileage progression between tests is consistent with steady, regular use rather than long periods of standing. However, the combination of typical mileage with repeated corrosion advisories on rear coil springs, the rear anti-roll bar, and the rear subframe suggests that environmental exposure, particularly to winter road salt, has taken a measurable toll on the underbody components regardless of how frequently the vehicle has been driven. The dual front coil spring fractures within a two-year window also point towards age-related material fatigue rather than a mileage-specific wear concern, as coil spring failures of this nature are commonly associated with corrosion pitting and embrittlement of the spring steel over time. A prospective buyer should approach this vehicle with the rear suspension and underbody corrosion as the primary area of scrutiny, treating each advisory as an early indicator rather than a cosmetic concern. The corroded rear coil springs should be inspected for cracking, scaling, or flaking of the spring surface, and the vehicle should be observed at rest to confirm an even ride height, as a fractured or weakened spring will typically cause a visible sag on the affected corner. The rear subframe corrosion noted as not seriously weakened may not remain in that category for long if unchecked, so a physical examination from beneath the vehicle using a torch and ideally a ramp is worthwhile to assess the extent of any section loss around mounting points and the anti-roll bar attachment brackets. On the road, listen for clonking or metallic knocking from the rear over uneven surfaces, which can indicate worn inner bushes in the rear lower suspension arms or play in the anti-roll bar drop links, and pay particular attention to any vagueness or wandering from the rear axle during cornering. The braking system also warrants direct attention given the recurring advisories for brake hose ferrule corrosion at the rear and general brake disc wear across all four corners. On a test drive, the pedal should feel firm and progressive without excessive travel, and any sponginess or excessive lever movement could suggest the corroded rear hose ferrules are nearing a point of failure under hydraulic pressure. A visual inspection of the rear flexible brake hoses, particularly at the union points where they meet the rigid lines, should look for crusty white or green corrosion deposits, swelling, or cracking of the rubber. Given the history of dangerously exposed cords on both front tyres in October 2024, it is prudent to confirm the age and condition of the current tyres, ensuring there is no exposed ply or cord, and to check the sidewalls for perishing given the vehicle age. Finally, the major advisories recorded alongside the 2024 failure, including the leaking rear shock absorber, mean a check for dampness or staining on the rear shock body, and a road test should feel for adequate damping without excessive bounce or float over undulating surfaces.