2015 Fiat 500L 1.6L Diesel · WM65 AAX

Brake wear dominates the MOT record, with a dangerous front‑pad failure recorded in September 2023 and repeated advisories on thin rear pads and worn discs across several years; the parking‑brake efficiency failure in September 2024 further highlights a pattern of braking system degradation, while the most recent test in November 2025 passed only with tyre‑wear advisories on both front inners. At 92,824 mi the vehicle averages roughly 8,400 mi per annum, a mileage rate that sits comfortably within normal usage for a 2015 model and shows no prolonged periods of inactivity that might mask hidden corrosion. The testing chronology is regular, with annual checks and no significant gaps, indicating that the recorded wear reflects steady, typical use rather than sudden spikes in mileage. Prospective buyers should focus on the braking assembly: inspect the front and rear pads for remaining thickness (aiming for at least 3 mm on the front), check the discs for scoring or excessive lip, and verify that the parking‑brake lever engages firmly without excessive travel. A test‑drive should reveal a solid, progressive pedal feel with no pulsation or sponginess, and listening for any squeal or grinding when applying the brakes will help confirm disc condition. The tyre advisories suggest the front inners are close to the legal tread limit; confirm that the tread depth exceeds 1.6 mm uniformly and look for edge wear that could indicate mis‑alignment. The rear child‑seat advisory does not affect roadworthiness but indicates the seat must be removed for a full belt inspection; ensure the adult rear belt operates smoothly and that the seat‑belt stalk is visible. While the MOT history shows no suspension or structural faults, a thorough visual check for any corrosion on suspension bushes, control arms, and subframe joints is prudent, and a short drive over a speed bump should reveal any knocks or looseness. Addressing the brake and tyre wear now will be essential to maintain compliance and safe operation.