2012 KIA Ceed 1.6L Diesel · SW12 AAV

The vehicle last passed an MOT on 11 September 2023 at 55,696 miles with no recorded defects. The preceding 2022 test at 51,954 miles had multiple failures and advisories, notably rear sub‑frame corrosion, worn rear suspension bushes and coil springs, and binding rear brakes. The 2023 result indicates an improving maintenance trend, yet the test is now over two years old, rendering the car unroadworthy for current use. Mileage accumulation has been modest, averaging roughly 4,000 miles per year since 2012, which is low for a fourteen‑year‑old model. The jump from 43,139 miles in October 2020 to 47,480 miles in October 2021 added only 4,341 miles in a full year, while the increase to 51,954 miles by October 2022 added 4,474 miles. The final rise to 55,696 miles by September 2023 added just 3,742 miles in eleven months, suggesting either very light usage or prolonged periods of storage. The absence of any MOT since September 2023 points to a lapse in routine servicing. A buyer should inspect the rear sub‑frame for corrosion, the rear suspension bushes and coil springs for wear, and the rear disc backing plates for rust. Brake condition demands close attention: check rear brake lever travel, binding behaviour of the service brakes, and the condition of rear brake discs and hoses. Tyre condition is also critical, given past advisories on tread depth and uneven wear; a visual check of all four tyres for cuts, uneven wear and proper inflation is essential. Finally, examine the underside for general corrosion and ensure that any under‑trays fitted do not conceal deteriorating components. Overall, the car shows a pattern of improving compliance after a series of brake and suspension issues in 2018‑2022, but the overdue MOT and persistent corrosion suggest that regular maintenance has been inconsistent. The low mileage reduces wear on consumables but can exacerbate rust formation, especially in a model prone to under‑frame corrosion. A thorough pre‑purchase inspection is recommended to verify that the observed improvements are not masking latent structural or mechanical deterioration.