2011 Fiat Panda 1.2L Petrol · LL11 KPV

A fifteen-year-old Fiat Panda that has rolled through five consecutive MOT tests without a single failure or advisory is, by definition, a mechanically robust proposition, and the record bears that out. The run of clean passes from 2022 through 2025 establishes a clear baseline of roadworthiness, and the most recent examination on 4 August 2026 continues that trend with another pass, albeit one that has finally begun to surface the first signs of age-related wear. All four advisories from that 2026 test cluster around two familiar ageing issues for a Panda of this vintage: front suspension wear and tyre deterioration. The fact that nothing structural, no corrosion, no exhaust concern, no brake hydraulic defect and no lighting or emissions issue has surfaced across the entire five-test history is genuinely reassuring for a city car now in its mid-teens, and the advisory count of four in one go is the first material deviation from a previously immaculate record rather than a continuation of an existing pattern. Without recorded mileage, no meaningful annual accumulation rate can be calculated, and the MOT history alone does not give a usable indication of whether this Panda has been a high-mileage commuter or a low-use second car. What can be said from the test dates is that the vehicle has been used consistently and kept on the road every year without a gap, which removes the usual concerns around seized brake calipers, perished fuel lines, dried-out coolant passages and flat-spotted tyres that accompany long lay-ups. Because mileage cannot be cross-referenced against age, a prospective buyer should obtain the current odometer reading and service paperwork to confirm whether the major service items, particularly the timing belt and coolant, have been replaced on schedule, as those costs on a Panda of this age can be the single largest mechanical outlay ahead of any MOT-related work. The front suspension ball joint wear flagged on the nearside lower arm is the advisory that warrants the closest physical attention. On a test drive, listen for a clonking or knocking noise from the front nearside corner when traversing speed humps, potholes or uneven B-road surfaces, and feel for any vague wandering from the steering or a subtle vibration through the wheel that worsens over broken tarmac. A second person sharply turning the steering lock to lock while the car is stationary can also reproduce the play audibly. The affected arm is a relatively inexpensive pressed-steel component, but if the joint is allowed to deteriorate further it will progress to an MOT failure and will eventually compromise steering precision, so budgeting for its replacement in the near term is sensible. The three tyre advisories on the 2026 test should not be treated as a single issue but as two distinct concerns. The nearside rear tyre was noted as both slightly damaged and cracked or perished, which points to age-related rubber degradation rather than simple tread wear, and the cracking sidewall is the more pressing of the two because perished rubber can fail suddenly under load. The offside front inner tyre was noted as worn close to the legal limit on its edge, which is a classic symptom of misalignment, worn suspension geometry or a combination of both, and it is worth noting that the nearside ball joint play already recorded could be contributing to that uneven wear pattern. A test drive should include firm braking from at least 40 mph to check for any pulling to one side or pedal judder, a check of the spare wheel for matching age, and a confirmation that all four tyres are of matching manufacturer and tread depth, as replacing only the worn items without addressing the underlying geometry will simply see the new tyres wear in the same asymmetric fashion.