2016 Peugeot 208 1.2L Petrol · GJ16 THK

This 2016 Peugeot 208 presents a mechanical history defined by recurring wear on front-end running gear and braking components, balanced by an otherwise consistent annual pass rate. The most recent test on March 12, 2026, resulted in a pass but carried an advisory for rear brakes slightly binding, continuing a pattern of minor defects that also appeared in previous years. While the vehicle has avoided catastrophic structural failures aside from a dangerous tyre defect back in 2022, the persistence of recurring advisories on wheel bearings, suspension bushes, and brakes indicates that consumables require ongoing attention rather than representing a permanently sorted chassis. With 72,697 miles recorded across its roughly ten-year lifespan, the car has accumulated an average of approximately 7,270 miles annually, representing a standard usage profile for this class of hatchback. The test logs confirm an uninterrupted yearly MOT schedule, aside from a minor administrative shift into the summer months during 2020. This steady cadence of moderate mileage means the mechanical systems have experienced regular thermal cycles and continuous operational use, avoiding the specific risks associated with long periods of standing while ensuring that standard wear and tear components have reached typical replacement milestones for this age. Prospective buyers must prioritize a targeted inspection of the front and rear axles during a physical viewing and test drive, specifically addressing the components flagged in the historical record. Listen carefully for any droning, humming, or rumbling noises from the front end, particularly when loading the offside front wheel bearing through sweeping bends, as slight play has been noted across multiple consecutive tests from 2022 to 2023. Additionally, check the front suspension arms for knock or clunk noises when traversing speed bumps or rough road surfaces, given the historical advisories for worn arm bushes. Further scrutiny should be applied to the braking system to verify that the rear brakes are not dragging, which can lead to premature pad wear, excessive heat buildup, and reduced fuel economy. During the test drive, confirm that the handbrake releases cleanly and that the car rolls freely from a stationary stop on a gradient without binding. Inspect the condition of all four tyres for even tread wear and sidewall integrity, ensuring that any historical tendencies toward tyre damage or structural lumps have been fully resolved with quality replacements.