2009 KIA Ceed 1.6L Petrol · CX09 NVS

The vehicle presents a concerning roadworthiness profile characterized by a reactive rather than proactive maintenance approach. While it passed its most recent test on June 17, 2025, at 99,760 miles, this followed a comprehensive failure just six days prior. The trend shows a worsening state of mechanical oversight, as the vehicle consistently fails multiple items across the braking, exhaust, and suspension systems. This suggests that the owner only performs the minimum repairs necessary to pass the MOT rather than addressing underlying wear and tear. At 17 years old, the mileage of 99,760 miles is notably low, averaging approximately 5,800 miles per year. However, the data reveals a sharp spike in usage with 30,189 miles covered between May 2024 and June 2025. This sudden burst of activity after long periods of lower use has likely accelerated the degradation of rubber components and mechanical seals. The gap between the 2023 and 2024 tests shows the vehicle sat for long periods without significant intervention despite the low annual mileage. A buyer must scrutinise the braking system, as the record shows a persistent history of poor parking brake efficiency and thin front pads. The 2025 failure noted inoperative parking brakes on both sides and insufficient lever travel, indicating a system that is at the end of its functional life or poorly adjusted. Additionally, the nearside inner drive shaft CV boot is reported as severely deteriorated, which will lead to rapid joint failure and costly repairs if not replaced immediately. The suspension and exhaust also require close attention. The recurring play in the nearside front anti-roll bar linkage and the exhaust leak noted in June 2025 indicate that the vehicle's chassis components are fatiguing. Given the age of the car and the history of long-term standing, a thorough physical inspection for structural corrosion on the sills and subframes is essential, as low-mileage vehicles often suffer from hidden rust due to lack of airflow.