2013 SEAT Ibiza 1.4L Petrol · AF13 OPM

A recurring pattern of front suspension and brake wear advisories dominates the mechanical history of this 2013 SEAT Ibiza, painting a picture of a chassis that has been progressively logging component degradation despite the absence of any outright test failures. Across six of the seven recorded MOT tests, a nearside front suspension arm pin or bush wear advisory has been flagged, and on the most recent test dated 17 April 2026 the same concern resurfaced on the offside front lower arm inner bush, indicating that the issue is bilateral and ongoing rather than a one-off observation. Brake disc condition has been repeatedly noted as worn, pitted or scored on both front and rear discs between 2021 and 2023, suggesting the discs have endured extended service life without refurbishment, while the most recent test also flagged light oil misting on the offside front shock absorber. Tyre edge wear advisories on the front pair have cropped up in 2020, 2021 and again in 2026, hinting at consistent front-end geometry or camber characteristics that may warrant attention beyond simple rotation. The recorded mileage of 51,674 miles over thirteen years equates to an annual accumulation of roughly 3,975 miles, which sits well below the typical usage rate for a vehicle of this age. This lower-than-average figure means that wear items such as brake discs, suspension bushes and tyres have not been subjected to high-mileage fatigue cycling, yet several of the same components have nevertheless drawn advisories across multiple tests, suggesting that age-related deterioration of rubber and composite materials, combined with periods of standing, may be contributing as much as mileage to the wear pattern. There are no significant gaps in the annual testing record from 2019 onwards, with tests consistently falling within the spring window, so the mileage progression appears linear and uninterrupted. The overall usage profile suggests a vehicle that has seen light, predominantly urban or short-journey use, which can accelerate certain forms of degradation such as brake disc corrosion and tyre shoulder wear from tight manoeuvring. For a prospective buyer, the front suspension assembly warrants close physical examination, particularly the lower arm inner bushes at both ends, as these have been flagged repeatedly over a six-year span. On a test drive, listen for clonking or knocking noises from the front end over speed humps, rough tarmac and during full-lock low-speed turns, and feel for vagueness or delayed response in the steering that could indicate the inner bushes have loosened beyond the advisory threshold. With the brake discs having been recorded as pitted and scored on multiple occasions across both axles, the car should be driven with sufficient warmth in the system to assess pedal feel; any judder through the steering wheel or pedal under moderate braking would suggest the discs have worn beyond acceptable limits, and a visual inspection of the disc faces for a pronounced lip or heavy corrosion scoring around the outer edge is advisable. The offside front shock absorber oil misting noted in 2026 is a separate concern, and the buyer should bounce the front corners manually to confirm the damper resists and settles immediately without continued oscillation after releasing the body. The fuel cap seal issue, noted in both 2025 and 2026, is a relatively minor item but should be verified as effectively sealing to prevent evaporative emissions leakage, and replacement caps are inexpensive. The windscreen damage recorded as a minor in 2023 should be rechecked for any propagation or worsening that could move it beyond the driver's line of sight threshold, as minor chips can spread with thermal cycling over time. Given the chronic nature of the front suspension bush advisories and the cumulative brake disc wear observations, a pre-purchase inspection on a lift would be prudent to assess whether any of the flagged items have progressed past advisory stage into components that should now be rectified, particularly the inner bushes and the shock absorber seal condition.