2014 SEAT Ibiza 1.2L Petrol · CV14 FDX

Corrosion and braking wear define the mechanical picture of this 2014 SEAT Ibiza, with the most recent pass on 23 June 2026 coming only after a prior test failure was addressed seven days earlier. The earlier failure flagged a fractured and corroded offside rear axle as Dangerous, alongside a Major defect restricting the driver's view through the swept area of the windscreen. The fact that the vehicle returned to the same test centre within a week and passed, with the same brake disc and oil leak advisories carried forward unchanged, suggests the axle and visibility issues were resolved but the underlying wear items persist. A pattern is emerging across two consecutive tests: advisories for front and rear brake disc wear (first noted as worn then later as pitted or scored at the rear), an oil leak deemed not excessive, and now rear subframe corrosion recorded in late 2024. This is a car showing the typical twelve-year-old corrosion and consumable wear profile, but with at least one structural component already requiring urgent intervention. Against an annual average of roughly 6,800 miles, the Ibiza sits firmly in the middle of typical usage for its age, with no extended lay-up periods evident from the MOT testing gaps. The intervals between tests are consistent with continuous road use rather than long-term storage, which is positive for components such as brakes, tyres, and battery health that suffer from inactivity. However, the mileage bracket means the braking and suspension components are now at the stage where wear accelerates, and the recurring advisories confirm this. The recorded usage does not flag any abnormally rapid mileage accumulation that would suggest a hard-driven prior life, so the mechanical wear observed is broadly consistent with what one would expect from a car of this vintage and mileage. For a prospective buyer, the rear axle area should be the priority inspection point. Given the recent Dangerous failure on the offside rear axle for fracture and corrosion, the surrounding structure including the offside rear spring, shock absorber mounting, brake line runs, and inner wheel arch should be examined closely for any sign of bubbling paint, white oxidation, or flaking steel. A test drive should include sharp low-speed turns to listen for clonking from the rear, which could indicate compromised suspension mounting points. On rougher roads, pay particular attention to any knocking or shuddering from the rear axle assembly, as the recorded fracture may indicate wider structural fatigue that has not yet been fully addressed. The front anti-roll bar linkage ball joint dust cover failure from November 2024 should also be verified as properly replaced rather than left to deteriorate, as perished boots allow water and grit into the joint and cause rapid wear. On the move, listen for knocking over bumps or during direction changes, which would suggest the linkage is now binding or worn. Brake feel is the third priority: with both front and rear discs carrying advisories across two tests and rear pads flagged as wearing thin, expect the discs to be at or close to replacement thickness. A test drive should check for any judder through the steering wheel under firm braking, which would confirm disc run-out, and the foot should be sensitive to a soft or inconsistent pedal. Finally, monitor the underbody for fresh oil weepage during a viewing, as the recurring non-excessive oil leak could migrate to the exhaust and produce visible vapour on a cold start, and inspect the rear subframe and exhaust box for the heavy corrosion previously recorded, ensuring no sections have holed or are hanging loose.