2011 Ford Fiesta 1.4L Petrol · KY11 AED

A fifteen-year-old Ford Fiesta carrying a fractured front coil spring as a Major defect on its most recent examination is the central mechanical concern for any prospective buyer, even though the same visit on 23 March 2026 subsequently produced a Pass once that component was replaced. The latest test also flagged both front tyres as worn close to the legal limit and on edge, the nearside rear tyre with the same wear characteristic plus uneven wear, a slightly distorted nearside front road wheel, and a deteriorated rear registration plate. Stepping back across the recorded history, the pattern shows two Pasts interrupted by two Fails, with advisories clustering consistently around front and rear tyre wear, rear coil spring corrosion first appearing in 2024 and persisting into 2025, and a Major exhaust lambda sensor failure on the 2024 visit. The suspension therefore sits at the heart of the roadworthiness picture, with corrosion progressing to outright fracture in roughly two years, while the emissions system has already cost one failed test. Against a typical annual accumulation of around 6,500 miles, the recorded usage is broadly average for a 2011 Fiesta and there are no extended gaps in testing that would suggest long periods of standing. The mileage progression through 2024, 2025 and into early 2026 appears reasonably consistent, so the wear patterns visible in the MOT record are consistent with a car that has been in regular use rather than one suffering from either neglect through inactivity or accelerated component fatigue from very high annual mileages. That said, the recurring tyre and suspension advisories across consecutive tests indicate that consumable wear on this chassis is happening at a steady pace, and the next annual test is likely to surface further issues if none of the flagged components have been refreshed in the meantime. On a physical inspection, particular attention should be paid to the front suspension, given the recorded fractured offside front coil spring. Listen for a clonking or knocking noise from the front end over speed humps and uneven surfaces, and check visually for any reduction in ride height on one side, which can indicate a weakened or partially failed spring that has not yet fractured outright. With rear coil spring corrosion noted at both sides in 2024 and 2025, examine the rear springs for surface rust scale and pitting, particularly at the lower coils where corrosion initiates, and listen for any rear suspension noise over undulating road surfaces. The nearside front lower suspension arm ball joint dust cover was also flagged as severely deteriorated in 2025, so the joint itself should be inspected for split or perished rubber, any play when the wheel is rocked by hand at the twelve and six o clock positions, and uneven tyre wear across the front pair, which would confirm a worn joint rather than simply an ageing gaiter. The braking and emissions side of the record should not be overlooked. The 2024 Major for the exhaust lambda sensor reading outside limits after the second fast idle indicates a catalytic converter or pre-catalyst sensor issue that was rectified for the Pass, but on a test drive expect to check for any hesitation, rough idle, or an illuminated engine management light that could indicate the lambda sensor or catalytic converter is drifting back out of specification. The distorted nearside front road wheel and nearside rear inner road wheel should be inspected for rim damage and balance issues, with a test drive at motorway speeds used to identify any steering wheel vibration or tramline tracking that would suggest the distortion is now severe enough to warrant replacement. Finally, given the repeated tyre wear advisories across all four positions, a thorough check of wheel alignment and tracking is advisable, as uneven or edge wear on three separate tyres within two tests points to either persistent misalignment or worn suspension bushes affecting geometry.