2014 Fiat Punto 1.2L Petrol · PLF 567

A pattern of chronic steering and braking concerns dominates the mechanical history of this 2014 Fiat Punto, with the most recent test on 11 February 2026 exposing a cluster of major defects that significantly elevate buyer risk. On that date the vehicle failed on a reversing lamp, a steering rack exhibiting excessive free play detected at the wheel, an inoperative offside parking brake, and overall parking brake efficiency below requirements. The very same day a separate pass was issued with no defects recorded, which is unusual and worth scrutinising at the point of purchase, as it may indicate a retest after rectification or an administrative anomaly. The 2025 test had already flagged play in the steering rack inner joints on both front sides alongside a deteriorated anti-roll bar linkage ball joint dust cover, while the 2024 test noted the same steering rack play, a cracked anti-roll bar link mount, and rear indicator discolouration. The recurrence of steering rack wear across three consecutive tests points to a progressive mechanical deterioration rather than a one-off advisory. The recorded mileage of 99,566 miles over a 12-year life equates to an average of roughly 8,300 miles per year, which is broadly typical for a car of this age. Testing intervals show the vehicle has been in regular use, with annual MOTs recorded across 2024, 2025, and 2026, indicating no multi-year lay-up that would have masked component decay. The mileage progression between tests appears consistent with a daily-driven urban or commuter vehicle rather than a high-mileage motorway car, which is mechanically relevant because this generation of Punto is known to suffer accelerated wear on steering and suspension components when used predominantly over poor urban road surfaces. A prospective buyer should treat the steering rack findings as the most pressing concern. The progression from an advisory on inner joint play in 2024, to an advisory plus a deteriorated linkage boot in 2025, to a major failure for excessive free play in 2026, represents a clear worsening trend. On a test drive, listen for knocking or clonking noises from the front end over bumps and speed humps, pay particular attention to any vagueness or slackness in the steering response around the straight-ahead position, and check for uneven tyre wear on the front pair which is a common consequence of worn rack inner joints. The offside parking brake failure is equally significant; on inspection, attempt to apply the handbrake on a slight incline and confirm the vehicle holds firmly on both sides, as a seized rear caliper or stretched cable is a plausible cause given the inoperative offside reading. Closer attention should also be paid to the anti-roll bar and its linkage components. The 2024 test recorded a small crack in the front anti-roll bar near the nearside linkage mount, and the 2025 test subsequently noted a severely deteriorated ball joint dust cover on the same component. While these did not progress to failure, they suggest the front anti-roll bar assembly is approaching the end of its service life. On a road test, listen for metallic rattling or clunking over uneven surfaces, and visually inspect both sides of the front anti-roll bar for corrosion, cracking, or perished boots, as any further deterioration would be both an MOT failure and a handling safety risk. Finally, the rear indicator discolouration and the failed reversing lamp should be verified as fully functional before purchase, and the underside of the vehicle inspected for any corrosion around the subframe and brake pipe runs, given the overall pattern of chassis and component wear this vehicle has demonstrated.