2019 Vauxhall Combo 1.2L Diesel · FN68 ODP

The defining mechanical profile of this Vauxhall Combo centres on progressive rear suspension degradation and a documented lower engine mount failure, indicating a trajectory of increasing component stress rather than stable roadworthiness. While the vehicle secured a statutory pass on 5 August 2026, the test report carries recurring advisories for corrosion on both rear coil springs, a condition that was already flagged on the preceding August 2025 inspection. That earlier cycle also included a major failure for a damaged lower engine mount causing excessive movement, which was rectified to achieve the subsequent certification. The pattern reveals a clear shift from defect-free inspections in 2022 and 2024 to a period of escalating wear, with the most recent approval relying on the resolution of the engine mounting issue while leaving the deteriorating rear springs and a critically worn offside front inner tyre as ongoing concerns. The recorded mileage of 93,368 miles over a seven-year registration period equates to an annual accumulation of approximately 13,338 miles, a rate that places this commercial van well above average for its age. This sustained usage pattern directly correlates with the accelerated deterioration observed in the suspension and drivetrain mounting points, as higher mileage inevitably compounds fatigue in load-bearing components and fasteners. The testing timeline shows a standard commercial vehicle cadence, though an eighteen-month interval between the January 2023 and August 2024 inspections is notable. Such extended periods between statutory checks, combined with consistent high-mileage operation, typically result in faster consumption of braking surfaces, suspension bushes, and tyre tread, all of which align with the current advisory status for the rear springs and front tyre wear. A thorough pre-purchase inspection must prioritise the rear suspension assembly and the recently replaced lower engine mount. The persistent corrosion advisories on both rear coil springs require a close visual examination of the spring seats, mounting brackets, and surrounding subframe areas to determine whether surface oxidation has progressed to structural thinning or cracking. On a test drive, listen for metallic knocks or clunks from the rear axle when traversing speed humps or uneven surfaces, and monitor for excessive body roll or a sluggish return to level after cornering, which would indicate compromised spring tension or degraded shock absorber performance. The offside front inner tyre, noted as worn close to the legal limit and on its edge, suggests a potential tracking or alignment fault; check for a persistent steering pull to the offside and verify that tread depth is uniformly distributed across all four wheels. Verification of the engine mounting repair is equally critical, given the major failure recorded in August 2025. Inspect the lower mount for secure fastening, absence of hydraulic fluid leaks if applicable, and lack of rubber splitting or detachment from the metal housing. During acceleration and deceleration, the cabin should remain free of sharp vibrations or clattering noises transmitted through the floorpan, which would point to inadequate replacement or secondary mount failure. Finally, assess the overall condition of the braking system and steering linkage, as the high annual mileage and documented tyre edge wear often accompany accelerated pad consumption and bush wear. A professional alignment check and a detailed suspension inspection are strongly advised before committing to a purchase, ensuring that the recurring advisories have not masked deeper structural or drivetrain fatigue.