2016 Fiat 500 0.9L Petrol · GU66 GKD

Current roadworthiness stands as compliant, with a maintenance trend that remains largely stable despite two new advisories logged at the most recent test on 1 April 2026 at 24,613 miles. The examiner recorded wear on the offside front suspension arm pin and bush, alongside light oil misting on the nearside front shock absorber. These represent early-stage wear indicators rather than immediate failure points, but they signal that the front axle assembly is approaching standard service intervals. Previous tests in 2025, early 2024, and late 2022 returned clean certificates with no recorded defects, indicating consistent baseline upkeep between these newer findings. At roughly 2,461 miles per annum over a ten-year period, the odometer reading sits well below average for this model year. The record reveals steady progression from 15,759 miles in November 2022 to 24,613 miles by April 2026, with only a modest four-month gap between the last two inspections. This low annual distance suggests predominantly short urban trips or extended stationary periods rather than heavy motorway use. The absence of major defects across five consecutive tests reinforces a pattern of minimal mechanical stress, though prolonged idling can accelerate rubber degradation and fluid evaporation within the braking and suspension systems. A pre-purchase examination should prioritise the front suspension geometry and damper seals. Verify whether the offside lower control arm bush exhibits lateral play under load and check if the nearside shock absorber shows heavier weeping or seal failure beyond surface misting. Replace the cracked front tyres immediately, as the April 2024 advisory confirms age-related compound breakdown that compromises grip and structural integrity. Inspect the brake callipers for sticking pistons and examine the exhaust mounting points for corrosion, given the low mileage profile often masks moisture accumulation in damp environments. Confirm that all fluid levels remain within specification and listen for clunking noises when traversing speed bumps, which would indicate progressed suspension component fatigue.