2009 Vauxhall Combo 1.7L Diesel · FD09 YMP

The vehicle most recently passed its MOT test on 26 March 2026, although a minor defect was recorded regarding an insecure near side front battery that was not deemed likely to fall from its carrier. This represents a relatively clean current compliance position, but reviewing the broader history shows an emerging pattern of front suspension and exhaust concerns that warrants attention. Across the 2025 test, both front shock absorbers were flagged with light oil misting, and the earlier 2022 test recorded rear brake pad wear and inner edge tyre wear on the offside rear. The recurring advisory nature of the shock absorber defect in particular suggests a progressive wear issue rather than a one-off observation, and the rear exhaust box previously exhibited both a minor gas leak and a defective mounting. While the vehicle has not accumulated a pattern of dangerous or major failures, the advisory trend indicates that consumable and wear-related components are beginning to demand closer scrutiny as the vehicle continues to age. With 96,446 miles recorded over approximately 17 years, this Combo has averaged around 5,673 miles annually, which is notably low for a commercial-derived light van of this vintage. Such modest annual usage typically reflects a combination of light duties and extended periods of standing, both of which carry their own mechanical consequences. Prolonged standing commonly leads to brake disc corrosion and caliper binding, accelerated deterioration of rubber components such as bushes, hoses, and seals, and 12V battery degradation from parasitic drain and limited charging cycles. Equally, the very low mileage means high-mileage wear items such as the clutch, engine internals, and gearbox are unlikely to be heavily stressed, but age-related perishing of components originally specified to a service life closer to ten years remains a relevant consideration. For a prospective buyer, the advisory items recorded on the front shock absorbers should prompt a physical inspection of the suspension units for any further progression of oil leakage, and a road test should be conducted over varied surfaces listening for clonking or knocking noises from the front end that would indicate worn top mounts, coil springs, or anti-roll bar linkages. The exhaust system should be examined with the engine running for any ticking or hissing sounds from the rear box area, and the mounting rubber checked for cracking or separation. Given the very low annual mileage, particular attention should be paid to the brake system; the handbrake mechanism should be applied firmly and released to confirm smooth operation, and a test drive from cold should reveal any juddering or pulling that would indicate corroded or warped brake discs. The rear brake pads flagged as wearing thin in 2022 will likely require replacement again by now, and a visual inspection through the wheel should confirm remaining friction material thickness. Beyond the items specifically recorded on the MOT history, the age and usage profile of this vehicle demand attention to time-served components regardless of mileage. Tyres should be examined for sidewall cracking, perishing, and tread depth, as tyres older than six years can harden and lose grip even with adequate tread remaining, and the date of manufacture markings on the sidewalls should be checked. The 12V battery, particularly given the most recent advisory concerning its securing, should be load tested to confirm it holds sufficient charge, and the terminals and carrier inspected for corrosion and tightness. All fluid services should be verified against calendar age rather than mileage alone, including engine oil and filter, coolant, brake fluid, and any power steering or transmission fluid, as these degrade chemically over time. Finally, the service history documentation should be reviewed to confirm regular oil changes have been undertaken despite the low mileage, as infrequent oil changes combined with short journeys can lead to moisture accumulation in the lubricant and accelerated internal engine wear.