2014 Fiat 500 1.2L Petrol · CE14 RYF

A pattern of recurring suspension and structural advisories, combined with three Major defects in the most recent MOT cycle, defines the mechanical profile of this 2014 FIAT 500. The most recent test on 2026-02-07 recorded a pass, but only days earlier the same vehicle failed with a Major for a holed and seriously corroded rear axle component, a defect that effectively compromised structural integrity at the rear suspension mounting point. That failure came after a 2025-02-15 test which recorded two Majors relating to a non-locking fuel cap and an anti-roll bar linkage dust cover that no longer sealed against dirt ingress, plus a Minor for a torn wiper blade and a deteriorated track rod end dust cover. The advisory record is equally consistent, with the nearside front suspension arm pin or bush flagged in both 2022 and 2025 and finally escalating to a Major failure on the offside front in 2024, indicating progressive wear in the front suspension geometry rather than isolated incidents. Corrosion has additionally been flagged on both rear coil springs in 2025, and a deformed nearside sill was noted on the same test, suggesting localised structural deterioration that a buyer should not dismiss simply because the vehicle currently holds an MOT pass certificate. Recorded mileage stands at 71,766 miles across approximately twelve years of testing history, equating to roughly 5,980 miles annually, which is low for the age and type of vehicle. The MOT history does not record any prolonged gaps suggesting the car was off the road for multiple consecutive years, but the relatively modest annual accumulation does mean components such as the brake discs, tyres, and rubber suspension bushes have experienced fewer heat cycles and less mechanical stress than the odometer figure alone might imply. That said, the advisory pattern tells a different story, because brake disc wear on the nearside front was already noted in 2022, suspension bushes have been repeatedly flagged across multiple test cycles, and tyre cracking and perishing on the rear axle has appeared in 2023, 2024, and 2025, suggesting either limited rotation or ageing of rubber compounds consistent with a car that sees mostly short urban journeys rather than sustained motorway use. A prospective buyer should approach this vehicle with particular attention to the rear axle and underbody, given the Major failure for a holed corroded rear suspension component in February 2026. Even though the immediate retest passed, the repair or component replacement should be verified by documentation, and the surrounding axle area physically inspected for further perforation, scale, or thin metal, especially around mounting points and the rear subframe. On a test drive, listen for clonking or knocking from the rear over uneven surfaces, as well as vagueness or shudders through the steering that could indicate compromised rear hub geometry. The front suspension warrants equal scrutiny, with the buyer checking for uneven tyre wear on both front edges, which would point to worn control arm bushes or excessive play in the anti-roll bar linkage joints, both of which have appeared in the record. On a road test, slow-speed manoeuvres over speed humps and potholes will reveal any knocking or binding in the front suspension, while a wavy or grabbing sensation through the brake pedal would indicate the previously noted nearside front brake disc wear has progressed. The persistent tyre advisories for cracking and perishing on both rear tyres across three consecutive years suggest either incorrect inflation, ageing compound, or a recurring fault in wheel geometry, and a buyer should examine the current rear tyres closely for sidewall cracking and uneven shoulder wear before purchase. The chronic oil leak advisory, recorded on the two most recent tests, should be monitored by checking the underside after the vehicle has been driven and warmed up, with particular attention to the engine sump, valve cover gasket, and any oil residue on the exhaust manifold that could indicate a future emissions concern. The deformed nearside sill, while not flagged as structurally significant at the time of test, should be physically examined for any rust bubbling beneath the dent or cracking around the jacking points, as sill corrosion is a known issue on city cars of this era. Finally, with a non-locking fuel cap having been recorded as a Major failure, the sealing gasket and retaining mechanism should be confirmed as fully functional, and the wipers, track rod end gaiters, and anti-roll bar linkage joints visually inspected for renewed grease loss or perishing before any commitment is made.