2006 Fiat Panda 1.2L Petrol · CK56 AOC

The most recent MOT, dated 23 October 2025, was passed with no recorded defects, indicating that the vehicle met the statutory safety and emissions standards at that time. However, the preceding test on 22 October 2025 recorded a series of major failures – notably parking‑brake inefficiency, front‑service‑brake lag, imbalance and excessive binding, plus several lamp‑operation faults – suggesting that significant remedial work was required shortly before the later pass. Earlier years show a pattern of recurring advisories for corrosion, coil‑spring degradation and suspension‑arm wear, interspersed with occasional major failures (2023‑10‑31). Overall the maintenance trend is mixed: recent corrective action appears to have restored MOT compliance, yet the vehicle exhibits a chronic corrosion and suspension‑wear profile that has not been fully resolved. At 124,329 mi the car has logged roughly 6,200 mi per annum over its twenty‑year life, a usage rate that sits comfortably within the normal range for a small city car. There are no obvious periods of unusually high mileage that would suggest accelerated wear, nor any long gaps that would imply prolonged storage; the mileage progression appears steady. Consequently, wear on consumables such as tyres, brake pads and clutch will be primarily age‑related rather than driven by extreme mileage, but the cumulative distance does mean that bushings, ball joints and the braking system have been subjected to a reasonable amount of load cycles. When you inspect the car, give particular attention to the braking system. Verify that the hand‑brake holds firmly on a hill and that the foot‑brake feels progressive without pulling to one side; any pulsation, squeal or a soft pedal may indicate lingering binding, uneven pad wear or a deteriorating master cylinder. Examine the front brake discs for scoring or rust through the pads, and check the condition of the brake fluid – a fluid change is advisable if it appears dark or if more than two years have elapsed since the last service. The lamp‑related failures point to possible wiring harness corrosion or faulty connectors, especially around the nearside front and rear clusters; test each lamp individually for correct operation and look for cracked or water‑logged sockets. The vehicle’s corrosion history warrants a thorough visual survey of the wheel arches, inner wings and rear axle cross‑member for deep surface rust that could compromise structural integrity. Inspect the front suspension arms, ball joints and the anti‑roll‑bar drop‑link for excessive play – a clunk on bumps or uneven tyre wear can signal that the worn components flagged in previous MOTs have not been replaced. Coil‑spring corrosion, while not immediately dangerous, can lead to spring fatigue; ensure the springs are free of cracks and that the mounting points are sound. Finally, assess the condition of the tyres (checking tread depth and side‑wall cracking, especially if they are more than six years old), the 12 V battery’s cranking performance, and confirm that the oil, coolant and brake fluids have been changed within the recommended intervals, as time‑based degradation is common in a vehicle of this age. A complete service book and receipts for recent brake, suspension or corrosion‑repair work will provide the best assurance of the car’s roadworthiness.