2015 Vauxhall Combo 1.2L Diesel · FD65 LCF

The most recent DVSA examination dated 23 February 2023 resulted in a pass with no advisories, which is the best possible immediate outcome for a prospective buyer. However, the history warrants careful scrutiny because the previous day's test on 22 February 2023 produced a fail with two major defects relating to the engine malfunction indicator lamp being inoperative and exhaust emissions exceeding the default smoke limit. These failures are mechanically linked and typically point to issues within the engine management system, lambda sensor, diesel particulate filter performance, or fuel system irregularities on this 2015 Vauxhall Combo. Prior to this, the December 2021 test produced an unusual cluster of major and dangerous defects covering a damaged windscreen affecting the driver's view, a non-functioning horn, a damaged central rear seatbelt, an insecure battery, and excessive exhaust emissions. While a pass was eventually secured in February 2023, the pattern of emissions related failures across consecutive tests suggests an intermittent or recurring concern with the after treatment or fuelling system that should be investigated before purchase. The only advisory on file from February 2021 notes a nearside rear tyre worn close to the legal limit and worn on the edge, indicating uneven wear that may have stemmed from suspension geometry or tracking issues at the time. With recorded mileage of 102,915 miles over an 11-year period, this Combo has covered approximately 9,356 miles annually, which sits comfortably within the typical band for a light commercial or multi-purpose vehicle of this age. The mileage progression across the MOT records appears reasonably steady, although the gap between the November 2018 test and January 2020 test represents roughly fourteen months, suggesting the vehicle may have covered a moderate amount of work in that interval. At this mileage and age, the mechanical implications are concentrated on high wear items including clutch operation, dual mass flywheel behaviour, turbocharger function, injector performance, and overall drivetrain refinement. Diesel vehicles of this generation commonly experience increased wear on the timing chain, EGR valve, and DPF components once mileage exceeds the 100,000 threshold, so particular attention should be paid to these areas during inspection. Given the recurring emissions related defects and the previous failure of the engine management indicator, a prospective buyer should prioritise a thorough diagnostic scan using a compatible OBD tool to confirm the absence of stored fault codes relating to the lambda sensor, EGR valve, turbocharger boost, or DPF regeneration cycles. On a test drive, listen carefully for any unusual engine noises such as timing chain rattle on cold start, turbocharger whine or flutter, and observe whether the engine management lamp illuminates or flickers under load. The vehicle should be taken on a sustained dual carriageway run of at least fifteen minutes to allow the diesel particulate filter to reach regeneration temperature; watch for excessive smoke from the exhaust, restricted performance, or a cooling fan that runs continuously, all of which could point to a clogged DPF. Check for any signs of remedial repair or replacement of the exhaust system, particularly the catalytic converter and DPF, as the 2023 failure on emissions may have prompted component replacement which should be evidenced by invoice or warranty documentation. Beyond the recorded defects, this eleven year old Combo requires attention to age related deterioration regardless of mileage. Inspect the tyres closely for sidewall perishing and cracking, as older tyres can degrade even with adequate tread depth, and check the spare wheel or inflation kit if fitted. Examine the brake discs for severe corrosion pitting around the outer edges, which is common on vehicles that may have stood for extended periods, and verify that all calipers release cleanly without binding. Confirm the 12V battery is securely mounted and recently replaced, particularly given the previous failure regarding an insecure battery, and test that the charging system maintains voltage with the engine running. Inspect all suspension bushes, drop links, anti roll bar mounts, and coil springs for cracking or sagging, as commercial derived vehicles often carry heavy loads and suffer accelerated wear in these areas. Finally, verify the service book history, ensuring that engine oil and filter changes have been documented along with timing belt or chain intervals, brake fluid replacement, and coolant renewal, as calendar aged fluids degrade significantly over an eleven year lifespan even with modest annual mileage.