2017 Abarth 595 1.4L Petrol · WF17 OBB

A sudden and complete elimination of defects on the official record characterizes the roadworthiness path of this Abarth 595, which secured its most recent pass on 12 January 2026 with zero faults noted. This clean result follows an uninterrupted four-year streak of flawless tests, reversing an earlier inspection history that featured a 2021 failure alongside recurring component wear. The trajectory indicates that previous mechanical grievances were addressed and have not returned in subsequent annual checks, establishing a stable modern safety baseline for the hatchback. Accumulating a recorded 33,067 miles over its nine-year lifespan yields an average of roughly 3,674 miles per year, placing this vehicle well below average annual distance thresholds. This light usage pattern means the car has spent extended periods inactive or operating on short journeys, which can accelerate localized wear on exhaust systems and friction components due to moisture retention, while preserving core structural and drivetrain elements from high-mileage fatigue. Targeted inspection during a physical viewing must focus heavily on the suspension and braking hardware that previously triggered structural failures and component advisories. Buyers should thoroughly check the rear lower coil springs, which were recorded as fractured in 2021, to ensure replacements were correctly fitted and show no early signs of corrosion or fatigue. Additionally, the front suspension strut top mounts and nearside anti-roll bar linkage, previously flagged for play and wear movement, demand close scrutiny for any recurring slack or degradation. On the test drive, pay meticulous attention to the front and rear axles by listening for sharp knocks, clunks, or rattles when negotiating potholes, speed humps, and uneven tarmac, which would indicate renewed play in the anti-roll bar drops or strut mounts. Evaluate the braking system by checking for any pedal pulsation, grinding noises, or pulling to one side, ensuring the discs and pads perform evenly given the historical notes regarding pitted inner faces and thin rear friction material.