2010 SEAT Ibiza 1.4L Petrol · CP59 PYA

A 2010 SEAT Ibiza with this MOT profile tells a story of largely sound roadworthiness interrupted by one significant failure in 2024 affecting a front coil spring and windscreen wiper, alongside minor electrical and wear advisories. The 2026 test on 13 March returned a clean pass with no defects recorded, and the 2025 retest on the same day likewise passed without comment after an isolated side repeater failure, suggesting the underlying mechanical condition has remained stable in the two most recent examinations. Across the seven recorded tests spanning 2019 to 2026, only the 2024 inspection produced a Major defect, and no repeat advisories have appeared on the same components, indicating that the broken spring and ineffective wiper were addressed rather than indicative of systemic deterioration. The single advisory regarding parking brake lever reserve travel in 2024 and the track rod end dust cover note from the same test are the only lingering mechanical flags, neither of which has reappeared in subsequent examinations. The recorded mileage of 46,590 miles over approximately sixteen years equates to an annual accumulation of roughly 2,900 miles, which is substantially below the typical usage pattern for a vehicle of this age. This low-mileage profile carries specific mechanical implications: while major drivetrain components such as the engine, transmission and clutch are likely to have incurred minimal wear, prolonged periods of standing or short-trip use can accelerate ageing of rubber components, brake discs through surface corrosion, and the 12V battery. A notable testing gap exists between the 2019 pass and the 2022 examination, meaning the vehicle was either untested or not in use for approximately three years; although the subsequent tests have not flagged MOT-related deterioration from this lay-up, certain age-sensitive items may warrant closer inspection than the MOT history alone can confirm. Given the fractured coil spring recorded in March 2024, a prospective buyer should pay particular attention to the remaining front suspension components for any signs of fatigue. On a test drive, listen for clonks or knocking from the front end over uneven surfaces, particularly over speed bumps and potholes, as this could indicate worn top mounts, drop links, or strut bearings that share the same loading as the replaced spring. Visually inspect the springs for any signs of corrosion pitting or cracking, as the offside front spring failure on a vehicle of this age can occasionally point to general corrosion-related fatigue rather than an isolated component weakness. The track rod end dust cover advisory from the same test also merits a check; listen for any knocking from the steering when turning at low speed over rough ground, and inspect the boots for fresh grease contamination or splits, as a deteriorated cover permits dirt ingress and accelerates joint wear. The parking brake lever reserve travel advisory from 2024 is another point worth verifying, as insufficient travel can point to stretched or seized rear brake cables, or rear caliper mechanism corrosion that may not have been rectified. On a test drive, apply the parking brake firmly on an incline to confirm it holds the vehicle without excessive lever movement, and during a standing start on level ground, listen for any scraping or binding from the rear brakes as they release. The 2022 advisories regarding slight damage to both front tyres should also be cross-referenced with the current tyre condition, as uneven tread wear or sidewall damage on a low-mileage vehicle can indicate extended periods of stationary storage that have caused flat-spotting or age-related perishing. Finally, given the long testing gap and the low annual mileage, a thorough inspection of all brake discs for severe surface corrosion and a battery health check would be prudent measures beyond the scope of the recorded MOT data.