2013 Ford Fiesta 1.2L Petrol · EB08 YER

A pattern of repeated suspension and steering joint wear, combined with a notable exhaust emissions failure, defines the mechanical profile of this 2013 Ford Fiesta. The most recent test on 8 September 2025 recorded a pass with an advisory for slight play in the offside front suspension arm ball joint, continuing a theme that surfaced back in 2019 when the offside front track rod end ball joint showed similar movement. These advisories are not isolated; they suggest a gradual loosening of the front-end linkage components that is consistent with a higher-mileage vehicle of this age. More concerning is the failed test of 2 September 2024, where major defects were recorded for excessive carbon monoxide content and an out-of-specification Lambda reading after the second fast idle. While the car passed on its next attempt a week later, the presence of two major emission failures within the same test window indicates a fault that was rectified, possibly through exhaust or sensor work, but warrants scrutiny of the current emissions performance. Other recurring advisories include front brake disc wear and imbalance in 2020, nearside front tyre edge wear in 2023, and a headlamp lens product issue noted in both 2024 tests, pointing to ongoing consumable and minor component attention across the recent record. With 117,822 miles recorded over approximately thirteen years, this Fiesta is accumulating around 9,063 miles annually, which is broadly typical for its age bracket. The testing history shows annual or near-annual submissions from 2019 through 2025 with no extended gaps, suggesting the vehicle has been in consistent use rather than laid up for long periods. However, the mileage accumulation is sufficient to bring normal wear items into focus, particularly given the front brake disc advisory in 2020 and the recurring tyre edge wear advisories across multiple years, which are signs consistent with sustained driving on a vehicle of this age and mileage. The 2024 emissions failure and Lambda issue are notable for a petrol engine at this mileage, as catalyst efficiency and oxygen sensor function can degrade with cumulative use, and this is worth bearing in mind when assessing the car's current mechanical state. For a prospective buyer, the suspension and steering advisories demand a hands-on inspection. The offside front suspension arm ball joint play noted in 2025 and the prior track rod end play from 2019 indicate that the front linkage is a wear-sensitive area on this particular car. On a test drive, listen for clonking or knocking noises from the front end over uneven surfaces, particularly when turning or passing over speed humps, and feel for any vagueness or imprecision in the steering response. With the car jacked or on a ramp, manually check the offside front lower arm ball joint and track rod ends for any rotational play or perished bush condition, as these components may now require replacement given the cumulative mileage and the pattern of advisories. The front brake discs and pads, flagged for wear and imbalance in 2020, should also be physically inspected for current thickness, lipping on the disc edges, and even pad wear across both sides, as imbalance at that point can recur if original caliper slide pins or guide mechanisms have since seized. Given the failed exhaust emissions test in 2024, it is prudent to verify the current state of the catalyst, Lambda sensor, and any exhaust work that was carried out between the September 2024 failure and the subsequent pass. A cold-start observation is advisable to check for any excessive smoke, unusual exhaust noises, or dashboard warning lights such as the engine management indicator. The tyre wear pattern, noted on both nearside front and multiple rear positions across different test cycles, may point to a tracking or alignment issue that has not been fully resolved, so checking the current tyres for uneven shoulder wear and confirming a recent four-wheel alignment would be sensible. Finally, given the headlamp lens product advisory carried over from both 2024 tests, inspect the nearside front headlamp for internal condensation or hazing that could now be reducing light output beyond acceptable limits, particularly for night-time driving.