2023 Peugeot 2008 GT Puretech S/S Auto 1.2L Petrol · YR23 VML

The vehicle currently holds a valid MOT certificate issued on 23 March 2026, confirming its roadworthiness following the rectification of a dangerous failure. The initial test on that same date recorded a failure due to exposed ply and cords on both rear tyres, a critical safety defect that indicates a lack of routine tyre pressure and tread depth monitoring by the previous keeper. Beyond this specific consumable failure, the vehicle passed without any recorded advisories, suggesting that the primary mechanical and structural systems were in sound condition at the time of the inspection. The recorded mileage of 53,328 miles over a three-year period reflects an intensive usage pattern, averaging approximately 17,776 miles per annum. This rate of accumulation is significantly higher than the typical UK average for a passenger vehicle, placing accelerated demand on the drivetrain, suspension geometry, and braking components. While the MOT history is limited due to the vehicle's young age, the rapid mileage suggests that the car has spent a substantial amount of time at motorway speeds rather than in stop-start urban traffic, which generally places less strain on the clutch and gearbox but increases the likelihood of stone chips and cooling system fatigue. Prospective buyers should prioritise a physical inspection of the suspension bushes and shock absorbers, as these components will have endured heavy wear given the high mileage. Verify the condition of the brake discs and pads, as the previous failure regarding tyre maintenance may imply that other routine wear-and-tear items have been neglected or deferred. Check the engine bay for any signs of oil leaks or coolant seepage, and confirm that the service history aligns with the high-mileage usage to ensure the engine timing belt and oil intervals have been managed correctly. Focus specifically on the rear wheel arches and underbody for any early signs of corrosion that might have been overlooked during the brief test.