2022 Peugeot 3008 GT Premium Bluehdi S/S A 1.5L Diesel · LO22 DXF

The most recent official DVSA MOT test for this 2022 Peugeot 3008 GT Premium BlueHDi was conducted on 12 April 2025, at which point the vehicle passed with no defects, advisories, or failures recorded against it. While the record is unblemished and therefore indicative of a sound roadworthy condition at the time of test, it must be stressed that the MOT certificate is merely a snapshot of compliance on the day and does not constitute a guarantee of mechanical integrity for the months that have followed. Given that the test was carried out roughly seventeen months prior to today's date, a prospective buyer should be mindful that intervening wear, fluid degradation, or component deterioration may have occurred since the inspection, particularly on a vehicle that is now approaching four years of service. The overall trend, based on the single recorded pass, can only be described as stable insofar as the available data permits, but the sparsity of historical test entries means that no longitudinal deterioration pattern can be established. In terms of usage, the recorded mileage of 12,168 miles over a four-year ownership period equates to an annual average of approximately 3,042 miles, which is considerably below the typical mileage profile for a diesel-powered family SUV of this class. This figure suggests either genuinely light motoring, possibly limited to short urban journeys and occasional longer runs, or extended periods of standing between uses. Diesel engines, in particular, suffer when subjected predominantly to short trips that do not allow the unit to reach full operating temperature, as this prevents proper combustion of soot within the particulate filter and may encourage accumulation of carbon deposits within the exhaust aftertreatment system. Furthermore, such low annual mileage is consistent with the increased likelihood of so-called standing degradation, where components seize, perish, or deteriorate through inactivity rather than mechanical wear. The buyer should consider this usage profile carefully, as it shifts the likely failure modes from high-mileage wear to age-related and inactivity-related defects. For a vehicle of this age and modest usage, particular attention should be paid to the condition of components that degrade with calendar age rather than distance travelled. Tyre sidewalls should be examined closely for signs of perishing, cracking, or ozone damage, as rubber compounds deteriorate over time regardless of tread depth, and tyres older than five years may warrant replacement on safety grounds even if legal tread remains. The 12-volt battery is another critical concern; given the low mileage, it is unlikely that the alternator has had sufficient opportunity to maintain a full state of charge, and a standing or under-used battery will suffer sulphation and reduced capacity. Brake discs and calipers are equally susceptible to corrosion from standing, with the disc surfaces prone to pitting and the caliper slider pins liable to seize through lack of regular actuation, leading to uneven pad wear, brake drag, and juddering under pedal application. On a test drive, the buyer should listen for clonking or knocking from the front suspension, particularly over speed humps and uneven surfaces, which would indicate worn or perished anti-roll bar bushes, drop links, or coil springs. The diesel particulate filter should be assessed by ensuring the vehicle is capable of completing a sustained drive at appropriate engine speed, and any illumination of the DPF warning lamp or persistent low-speed-only usage should prompt further investigation into forced regeneration capability. Beyond the mechanical inspection, the buyer should verify the integrity of time-based servicing irrespective of the low odometer reading, as manufacturers specify intervals based on both mileage and elapsed time. Engine oil and filter, diesel fuel filter, air filter, and cabin pollen filter will all require replacement based on calendar age, and overdue changes can lead to accelerated internal wear or reduced filtration efficiency. Brake fluid is hygroscopic and absorbs moisture over time, typically requiring renewal every two to three years to maintain boiling point and prevent corrosion within the ABS modulator and calliper bores. Coolant system integrity should also be confirmed, including the condition of hoses, the operation of the thermostat, and the absence of leaks from the water pump and expansion vessel. Finally, the service book should be reviewed to confirm that previous stampings, whether main dealer or specialist, correspond to the Peugeot recommended schedule, and that any diagnostic trouble codes or stored faults have been investigated using an appropriate OBD-II scan tool prior to purchase, as intermittent electronic issues do not always manifest during a standard road test.