2011 SEAT Ibiza 1.6L Diesel · BW11 ABF

The 2025‑07‑17 MOT at 167,341 miles resulted in a pass, but the tester recorded reduced damping on both front shock absorbers (5.3.2 (d)) and a near‑side front tyre worn close to the legal limit (5.2.3 (e)). These advisories indicate that the vehicle remains roadworthy for the time being, yet the repeated presence of suspension and tyre deficiencies suggests a maintenance trend that is neither improving nor stabilising. The mileage trajectory shows a steady rise from 42,503 miles in 2014 to 167,341 miles in 2025, averaging about 11,156 miles per year, which aligns with the vehicle’s 15‑year age. However, the interval between the 2021 test at 114,343 miles and the 2022 test at 124,655 miles added 10,312 miles in a single year, and subsequent yearly increments of 13,151, 14,549 and 14,983 miles indicate accelerating usage in recent years, suggesting that the owner has increased annual mileage rather than allowing long periods of inactivity. Recurring faults centre on the front suspension, where both shock absorbers have shown reduced damping since 2023, and on the braking system, with brake discs repeatedly noted as worn, pitted or scored from 2019 onward. The tyre history also reveals consistent wear on the edges and occasional cuts, while the rear exhaust box and suspension arm rubber bush have exhibited corrosion that could compromise structural integrity. The inoperative engine MIL observed in 2024 and 2018 points to potential electronic or emission‑related issues that merit close verification. A buyer should therefore inspect the condition of the front shock absorbers for fluid leaks and damping performance, examine the brake discs, pads and calipers for binding or excessive wear, assess tyre tread depth and sidewall condition, and check for any fresh corrosion on the exhaust, suspension arms and wheel arches. Verifying the functionality of the engine warning light and the parking brake efficiency will further confirm whether the vehicle’s current roadworthiness is sustainable.