2017 Peugeot 3008 1.6L Diesel · FV17 CLF

The 2017 Peugeot 3008 presented for roadworthiness assessment holds a clean MOT record with five consecutive passes stretching back to October 2021, the most recent being October 2025 at 75,496 miles where the vehicle achieved a pass with no defects recorded. This unbroken sequence of clear tests indicates the maintenance trend is stable, with no advisories or dangerous faults flagged across the entire available history. The absence of any recurring mechanical issues or structural concerns across multiple annual tests suggests responsible stewardship and timely attention to wear items as they arose. The recorded mileage of 75,496 miles on a vehicle of approximately nine years of age translates to roughly 8,388 miles per year, which aligns closely with typical UK annual usage patterns. The mileage progression between tests is remarkably consistent: 43,875 miles in October 2021, climbing to 53,737 miles by October 2022, then 61,347 miles in 2023, 68,541 miles in 2024, and finally 75,496 miles in October 2025. This steady annual increment of approximately 6,500 to 7,900 miles between tests demonstrates regular, predictable use without the concerning spikes or extended gaps that might indicate periods of neglect or unusually harsh treatment. Despite the clean MOT history, a buyer should still conduct thorough in-person inspections of certain wear-sensitive areas given the vehicle's age and mileage. The suspension components, including the front strut mountings and rear torsion beam bushes, warrant close examination for deterioration or play, as these often begin to exhibit symptoms around the 70,000 to 80,000 mile threshold on this model. The brake callipers and discs should be assessed for binding or uneven wear, and the condition of the exhaust system and emissions components should be verified to ensure continued compliance. Tyre condition and wheel bearing integrity remain prudent checks despite no advisories being recorded, as MOT testers do not always flag every minor deficiency if it falls just above the failure threshold.