2018 Peugeot 3008 1.5L Diesel · OV68 WRW

A clean, uninterrupted record of five consecutive MOT passes with no advisories or defects recorded is the standout mechanical feature of this 2018 Peugeot 3008, with the most recent test on 12 December 2025 confirming continued roadworthiness. Across every examination from 2021 through 2025, the vehicle has presented without a single flagged item, suggesting that the inspected components, including braking system, suspension, exhaust, lighting, and structure, have remained within legal and safety tolerances throughout the testing window. The consistency of these passes, each falling in mid to late December, indicates a regular annual testing cycle with no missed years or extensions, which removes any concern about long-term off-road status or certificate gaps. For an eight-year-old vehicle, a defect-free MOT history of this length is uncommon and points to either very light wear accumulation or a high standard of pre-test preparation. With 45,158 miles recorded over roughly eight years, this Peugeot has covered approximately 5,645 miles annually, which sits well below the typical mileage bracket for a vehicle of this age and class. This low accumulation rate reduces mechanical wear on the major drivetrain and chassis components, particularly the clutch, turbocharger, diesel particulate filter (if fitted), brake friction materials, and suspension bushes, all of which degrade broadly in proportion to distance covered. However, low annual mileage frequently correlates with extended periods of stationary use, which can bring its own concerns such as moisture build-up in the engine oil, flat spots on tyres from prolonged standing, and potential degradation of rubber seals and coolant hoses through underuse rather than wear. The mileage progression through the MOT records appears steady rather than showing any sudden jumps or unusual gaps, suggesting consistent light use rather than a period of heavy work followed by dormancy. Given the absence of any recorded advisories, there are no specific components from the MOT history to single out for targeted inspection, but a prospective buyer should still carry out a focused physical examination and test drive appropriate to the vehicle's age and mileage bracket. On a road test, listen carefully for any knocking or clonking from the front end over uneven surfaces, which would indicate wear in the lower suspension arms, anti-roll bar drop links, or top mounts, areas not always specifically flagged at MOT but common on PSA-platform SUVs of this generation. Check for any pulling under braking, vibration through the steering wheel, or a soft brake pedal that sinks excessively, as these could indicate binding calipers, warped front discs, or a compromised brake servo, none of which have been recorded but could be developing given the age. Inspect the tyres for uneven shoulder wear, which on a low-mileage car often suggests tracking issues or prolonged kerbing rather than natural wear, and confirm the sidewalls are free from cracking consistent with age-related rubber degradation. Finally, carry out a thorough under-bonnet and underbody check, paying particular attention to the condition of the coolant and expansion tank, the timing belt or chain service interval if due, and any signs of oil seepage from the sump, cam cover, or turbo oil feed lines, as low mileage does not prevent age-related seal hardening. Examine the underside for any surface corrosion on suspension arms, subframe mounting points, and brake pipe runs along the chassis, as the MOT record shows no corrosion advisories to date, but hidden structural rust can develop between tests. Confirm that all electronic systems specific to this model, including the i-Cockpit infotainment, parking sensors, and any reversing camera, are functioning correctly, as electronic faults are not assessed under MOT. A service history documenting regular oil and filter changes at sensible intervals, ideally with evidence of brake fluid replacement every two years, would reinforce the clean MOT picture and provide confidence that the mechanical condition matches the recorded test results.