2021 Peugeot 2008 Allure Premium Bluehdi SS 1.5L Diesel · LM71 EWC

A 2021 Peugeot 2008 BlueHDi with this MOT history presents a relatively limited but largely unremarkable roadworthiness record, with two tests logged against the vehicle and both resulting in passes. The most recent examination on 3 November 2025 recorded two advisories: a chip in the windscreen within zone B, and a low coolant level. The prior test a year earlier on 16 November 2024 was completely clean, with no advisories or defects noted. While there are no failures or dangerous defects recorded, the appearance of two advisories on the latest pass, combined with the absence of any earlier recorded advisories, provides only a narrow window into the mechanical condition of this car. The clean 2024 result followed by the 2025 advisories should not be over-interpreted as deterioration, but it does confirm that minor issues are now being formally flagged and would warrant attention before purchase. Against the five-year age of the vehicle, the recorded mileage of 97,035 miles equates to an annual accumulation of roughly 19,400 miles, which is considerably higher than the typical UK average of around 7,500 to 9,000 miles per year for a car of this age. This places the 2008 in a high-mileage usage bracket for its category, meaning wear-sensitive consumables and components are likely to be further advanced than the calendar age alone would suggest. There is no evidence in the MOT record of extended periods off the road, as successive annual tests have been carried out, indicating the vehicle has been in continuous service. Mechanically, higher mileage on a BlueHDi diesel typically translates to greater wear on clutch components, dual-mass flywheel, turbocharger bearings, diesel particulate filter, and suspension bushes and dampers, all of which would not necessarily be detected during a standard MOT test unless overtly defective. The advisory for low coolant level is the more mechanically significant of the two recorded items and warrants direct investigation at the point of sale. Coolant loss can stem from a number of causes ranging from a simple leaking hose or loose clip to a more serious issue such as a failing water pump seal, a corroded radiator, or, on diesel engines of this type, a head gasket failure. On a test drive, the buyer should monitor the temperature gauge closely for any upward creep, particularly during sustained motorway driving or when the engine is placed under load. After the drive, the coolant reservoir should be inspected for staining, crystallised residue, or signs of pressure discharge from the cap, and the underside of the engine and radiator should be examined for wet trails or staining. Equally, the oil filler cap should be checked for a mayonnaise-like emulsion, which would indicate coolant ingress into the lubrication system. The windscreen chip in zone B is a standard advisory rather than a failure, but it sits within the area swept by the wiper blades and in a zone where further damage or thermal stress could cause the chip to propagate into a crack, at which point replacement would become necessary. Beyond the recorded advisories, the high annual mileage makes a thorough test drive essential, with particular attention to clutch take-up smoothness, any signs of turbo lag or irregular boost delivery, and the behaviour of the diesel particulate filter during extended running. Suspension should be tested by driving over uneven surfaces at low speed to listen for clonking from the front wishbones, anti-roll bar bushes, or rear torsion beam, all of which are wear-prone on heavier diesel variants. Brake pedal feel should be assessed for firmness, and the steering checked for any vagueness or pulling under braking, given that higher mileage typically accelerates pad and disc wear even where no advisory has yet been recorded.