2008 Vauxhall Combo 1.2L Diesel · DN08 LDK

The defining mechanical story for this 2008 Vauxhall Combo is a suspension and steering system under clear and repeated strain, with the record showing multiple failures and advisories concentrated around dampers, coil springs, anti-roll bar linkages, lower suspension arms, and steering column universal joints. The most recent test on 2021-12-17 returned a pass but carried advisories covering both front shock absorbers with light oil misting and limited damping, a worn offside front top mount that creaks on lock-to-lock, a nearside front suspension arm pin or bush beginning to wear, and play or wear in the steering column universal joint producing a clunky, noisy sensation through the steering wheel. Earlier entries reinforce this pattern: a dangerous failure for exposed tyre cords on the inner edges and majors for negligible damping on both rear shock absorbers were recorded on 2021-12-13, a 2019-12-09 failure cited an excessively worn offside front lower suspension arm ball joint, and a 2018-12-11 failure identified a fractured offside front coil spring along with an excessively worn offside front anti-roll bar linkage ball joint. The trend is not one of a clean, steadily improving record; it is a working van with chronic wear and component replacement clustered around its front suspension geometry and dampers. Against an 18-year vehicle age, the recorded 86,103 miles equates to roughly 4,784 miles per year, which sits well below the typical annual mileage for a light commercial vehicle of this type. Two clear multi-year testing gaps are visible in the file: there are no entries covering 2010 through 2017, and then a dense run of annual tests from December 2018 onwards through December 2021, after which no further tests appear on file. That combination suggests the Combo was either off the road, in storage, or operated outside MOT testing requirements for an extended period before returning to regular annual assessment. Mechanically, the lower-than-typical mileage reduces wear on major drivetrain components but does not insulate the suspension, dampers, and underbody from corrosion or ageing rubber degradation, and the suspension-heavy defect list already recorded is consistent with components that deteriorate through age and standing time as much as through distance covered. For a prospective buyer, the priority inspection areas should mirror the components actually flagged in the history. The front dampers should be evaluated for weeping, seal condition, and damping performance by pushing down hard on each corner and counting the number of oscillations; more than one bounce after release indicates the unit is failing, and any uneven rebound between sides points to the same issue already noted on previous tests. The coil springs, particularly offside front where a fracture was recorded in 2018, should be checked by eye in the wheel arch for any sagging, cracking, or broken coils, and any clonking over bumps or uneven ride height is a strong indicator of renewed fatigue. Steering and suspension linkages deserve close attention: with the steering column universal joint already showing play and noise on lock-to-lock, rotate the wheel full lock in both directions and listen for clonking while feeling for any slack at the steering wheel rim, and with anti-roll bar ball joints and lower arm ball joints previously flagged as worn, rock each front wheel at three and nine o'clock while watching for play or feeling for knocking through the hub. Additional pre-purchase checks should focus on the items that recur or remain unresolved in the record. The nearside front suspension arm bush that was beginning to wear in late 2021 should be re-examined for any progression into excessive movement, which would now warrant a failure rather than an advisory; on the road, listen for knocking from the front under braking or over uneven surfaces. The tyres should be inspected very carefully on the inner shoulders and edges, given the dangerous exposed-cord failure in 2021 and the advisory wear pattern noted in 2019; uneven inner-edge wear can indicate suspension geometry problems such as worn bushes, top mounts, or tracking issues. Finally, the engine oil leak noted in 2020, the deteriorated rear exhaust silencer flagged in the same test, and the corroded exhaust blowing noted in 2019 should be re-checked from underneath the vehicle, with attention to staining on the sump, oil filter area, and exhaust joints, as any of these could now have progressed to active leaks or noise that would be reflected at the next MOT.