2013 Fiat Panda 0.9L Petrol · MF63 VPZ

A consistent thread of structural and suspension wear runs through the MOT history of this Fiat Panda, with two recorded failures and a high density of advisories pointing to ageing springs, dampers, and drivetrain mountings. The most recent test on 18 September 2025 returned a clean pass with no defects recorded, which on the surface suggests improving roadworthiness, but this single blemish-free result sits against a pattern that has been steadily accumulating. The October 2024 retest followed an immediate failure just two days earlier caused by a fractured offside front coil spring, while the 2023 cycle combined an initial fail with five advisories covering brake discs, a prop shaft bearing with play, and worn subframe pins. Earlier still, the September 2021 test produced a particularly serious cluster of majors: a fractured nearside rear coil spring, excessively worn upper shock absorber bushes on both sides, a blown exhaust flexi with a snapped centre hanger, and an out-of-specification lambda reading. Two fractured coil springs on different axles over four years indicate that the suspension is reaching the end of its service life, and the simultaneous deterioration of damper bushes and shock absorber casings suggests the surrounding components are following suit. Mileage accumulation is unusually modest for a vehicle of this age, with 57,238 recorded miles across approximately thirteen years equating to around 4,400 miles per year. While low annual mileage reduces wear on major drivetrain components such as the engine, clutch, and gearbox, it is not necessarily protective of the items that have actually failed on this Panda. Coil springs are highly susceptible to fatigue and corrosion during prolonged standing, particularly in damp conditions, and the pattern of fractured springs on both axles is consistent with a vehicle that has spent significant periods stationary. The rear brake disc pitting flagged in 2021 and again in 2023 is also typical of cars used for short, low-speed journeys where the brakes rarely reach the temperatures required to dry the discs and burn off surface corrosion. The rear differential mount wear noted in 2024 further reinforces the impression of a drivetrain that is oxidising and degrading through underuse rather than wearing out through high mileage. Given the history of fractured coil springs on both front and rear axles within four years, a prospective buyer should place the suspension at the top of any physical inspection. On a test drive, listen for clonking or knocking from the front when traversing speed bumps or potholes, and pay particular attention to any harsh secondary impact from the offside front, which would suggest another spring has failed or is on the verge of failing. The rear should be checked visually for any sagging on one side, as a broken or weakened rear coil spring will often present as an uneven stance. The 2024 advisories for prop shaft centre carrier wear combined with the 2023 prop shaft bearing play mean the centre bearing should be inspected for any rotational roughness when the vehicle is stationary in gear, and any vibration through the floor under acceleration on the test drive would warrant immediate investigation. The upper shock absorber bushes that were excessively worn on both rear dampers in 2021 should also be rechecked, as rebound damping felt through the body over undulating roads is a reliable indicator of their current state. The braking system requires careful scrutiny based on the repeated rear disc advisories. The nearside and offside rear discs were both flagged as pitted or scored in 2021 and again in 2023, suggesting they were never replaced and may have worn beyond the minimum thickness by now. On a test drive, any pulsation through the brake pedal under firm application, or vibration through the rear of the vehicle under braking, would indicate the discs are warped and need replacement. The exhaust system should also be examined closely given the 2021 failure for a blown flexi and snapped centre hanger, and a check underneath for any soot deposits around joints would suggest a recurring leak. Finally, the offside front shock absorber casing corrosion and oil misting flagged in 2024 should be monitored; any visible seepage down the damper body, or a front end that feels less controlled than expected over undulating surfaces, would indicate the damper is reaching the end of its useful life and should be replaced.