2017 Ford Fiesta 1.6L Petrol · CF17 FFJ

A pattern of recurring tyre wear and intermittent brake deterioration defines the mechanical profile of this 2017 Ford Fiesta, with advisories appearing at almost every test since 2022. The most recent examination on 10 September 2025 recorded a pass alongside an offside front tyre worn close to the legal limit on the edge, matching a similar advisory issued in August 2024 for the nearside front. The 2024 test produced a failure for an inoperative offside rear stop lamp rather than a structural or braking defect, and the underlying advisories from that day again centred on nearside front tyre wear. Earlier, the 2023 pass flagged thinning front and rear brake pads, pitted rear brake discs, fluctuating rear service brake performance, and a nail in an offside front tyre, indicating that the braking system and tyres have demanded repeated attention. Two further failures warrant particular scrutiny: the September 2022 test recorded a major defect for an exhaust lambda reading outside specified limits alongside a minor exhaust gas leak, while the September 2021 test identified a fractured offside rear coil spring and a serious fluid leak from the offside rear shock absorber. The overall trend is not one of worsening deterioration, but it is not stable either, with five advisories or defects touching the same general areas of tyres, rear braking, rear suspension, and exhaust integrity across the recorded tests. Against an age of approximately nine years, the recorded mileage of 33,262 miles equates to an average annual accumulation of roughly 3,700 miles, which is notably low for a Fiesta of this vintage. The annual readings progress consistently from the 2021 test through to 2025 without sudden jumps or extended gaps between examinations, suggesting the vehicle has remained in regular but light use rather than being laid up for prolonged periods. Mechanically, this lower-than-average usage reduces wear on high-mileage components such as the clutch, drivetrain, and major engine internals, but it concentrates stress on items that degrade through age and exposure regardless of distance covered. Rubber components, brake fluid, coolant, and suspension bushes all deteriorate with time, and the repeated advisories on tyres, rear brake components, and rear coil springs are consistent with a vehicle that has accumulated calendar age faster than mileage. The fact that defects have emerged despite modest annual mileage reinforces that age-related degradation, rather than high-mileage wear, is the primary risk factor here. A prospective buyer should focus the physical inspection on the areas flagged across the MOT history, beginning with the rear suspension. The 2021 failure identified a fractured offside rear coil spring and a leaking offside rear shock absorber, and although no further suspension failures have been recorded, replacement components of similar age should be checked for corrosion and deterioration. On a test drive, listen for clonking or knocking noises from the rear over speed humps and uneven surfaces, and pay particular attention to any vagueness, wallowing, or asymmetric damping behaviour that could indicate worn rear dampers or fatigued springs. The rear brake assembly also warrants close attention: the 2023 advisories noted thinning pads, pitted rear discs, and fluctuating rear brake performance. Inspect the rear discs visually for lipping, surface corrosion, and ridging, and during a test drive verify that the rear brakes pull the vehicle up evenly without pulling to either side or producing a pedal pulsation that would indicate warped discs. Given the repeated front tyre edge-wear advisories, check the nearside and offside front tyres for uneven shoulder wear, which may point to alignment issues, worn suspension bushes, or deteriorated track rod ends. The exhaust system and emissions should also be examined carefully in light of the 2022 major defect for an out-of-specification lambda reading and the advisory for a minor exhaust gas leak. With the vehicle now several years beyond that test, inspect the full length of the exhaust for corrosion, particularly at joint faces, the manifold area, and mounting rubbers, and listen for any escaping gases or ticking noises from the system on startup. A handheld OBD emissions check would confirm whether catalyst efficiency and lambda readings remain within tolerance. Finally, confirm that all rear stop lamps and number plate illumination function correctly, as the 2024 failure was caused solely by a non-working offside rear stop lamp, and verify that the tyre tread depth is at least 1.6mm across the central three-quarters of the tread width with no cords exposed. Taken together, the record shows a vehicle that has been generally roadworthy but with persistent advisories in identifiable areas, and a targeted inspection of tyres, rear brakes, rear suspension, and the exhaust system will give the clearest picture of its current condition.