2011 KIA Ceed 1.6L Diesel · CE61 KZH

The vehicle is currently roadworthy, but the maintenance history indicates a lack of consistent upkeep and a clear worsening trend in braking and suspension components. The most recent test on 2026-06-18 was passed at 116,099 miles with no defects, yet this date is only 15 years after the last MOT, which was recorded in October 2021. This significant gap suggests that the owner has failed to perform routine maintenance between the two tests, allowing wear on critical parts to accumulate. The 2020-10-09 test flagged a ball joint play on the nearside front anti-roll bar, and the 2021-10-20 test failed on the same component, indicating that the ball joint has become loose and is likely to fail soon. Regarding mileage patterns, the vehicle has experienced rapid accumulation of miles since the initial MOT in October 2021, reaching 116,099 miles at the June 2026 test. This rapid growth is characteristic of a vehicle that has been driven less frequently or has been left in a parking lot for extended periods, leading to increased wear on suspension bushings, brake discs, and drivetrain components. The mileage gap between the 2021 and 2026 tests is substantial, and the 2020-10-09 test failed on the ball joint, which is a serious structural risk that has not been addressed in the past. Given the recurring faults in suspension and braking, a buyer must inspect the vehicle in person to assess the condition of the ball joint, brake discs, and suspension components. The ball joint is the most likely candidate for failure given the history of play and the lack of maintenance. Additionally, the worn brake discs and front service brake that fluctuate are potential indicators of internal wear that may require replacement. The owner should also check for structural integrity of the chassis and exhaust emissions, as the 2019-08-27 test flagged a split in the inner drive shaft joint and incorrect aim on the headlamp, suggesting potential alignment or alignment issues that could compromise the vehicle's structural integrity.