2010 KIA Ceed 1.4L Petrol · LD60 RBY

A persistent theme running across this Kia Ceed's MOT record is structural and chassis corrosion combined with chronic steering and suspension wear, and the 2025 test confirms that picture has not improved. The most recent examination on 26 September 2025 produced a fail before being cleared on the same day, with a dangerous defect recorded against the offside rear tyre for a structural tear, an exhaust carbon monoxide exceedance at idle, and a damaged nearside front bumper likely to cause injury. Knocking from the steering system has now been flagged for a second consecutive year, and long parking brake travel was also noted at the same visit. Looking back through the file, the 2021 test already recorded badly corroded rear suspension arms and rear subframe along with corroded rear brake pipe, and 2022 added both rear coil springs corroded plus damaged rear suspension arms. The presence of a structural failure item at this age, together with repeated corrosion advisories stretching back five years, points to a chassis that is steadily deteriorating rather than holding steady. Against a 16-year life with 88,705 recorded miles, the average annual accumulation of roughly 5,500 miles is notably low and suggests periods of standing as well as lighter use, both of which can accelerate corrosion through trapped moisture and infrequent load cycling of the running gear. There are no unusual single-year mileage spikes in the recorded tests, and the vehicle has been presented annually without prolonged absences, so the low total is more likely a reflection of modest regular use than extended lay-up. Mechanically, that profile means the engine and gearbox are unlikely to be heavily loaded in terms of high-mile wear, but the underside components have still had sixteen winters of road salt exposure, and the recurring corrosion advisories confirm that the protective coatings on the rear subframe, brake lines and coil springs have already failed in several locations. For a prospective buyer, the priorities on inspection are the rear axle and the steering rack. With both rear coil springs and both rear suspension arms previously flagged as corroded or damaged, and the subframe itself described as badly corroded in 2021, a thorough check underneath is essential; look for any deep scaling or flaking around the trailing arm mounting points, the spring seats, and the brake pipe runs along the rear axle, and expect that the brake lines may now require sectional replacement rather than cleaning. On the road, listen for clonking over bumps at low speed, which would indicate collapsed bushes or loose arm joints, and pay attention to any rear brake pull or sponginess given the long parking brake travel recorded at the latest test. The steering knock flagged in 2024 and again in 2025 warrants particular attention; turn the wheel lock to lock with the engine running and feel for a rattle or clunk from the column area, and check for free play at the rack input shaft, as this symptom can progress from an advisory to a failure if the rack mount or universal joint wears further. The powertrain side of the record is less alarming but still worth monitoring. Oil leaks not deemed excessive were recorded in three consecutive years from 2022 to 2024, originating from the front of the engine and the offside front, so any fresh staining on the sump, cam cover, or front crank seal on a physical inspection should be expected, and you should look for a slight oil mist on the inlet side of the engine bay. The exhaust carbon monoxide exceedance noted at the 2025 fail warrants a cold-start check for a rough idle, hesitation, or an illuminated engine management lamp; if the management light is active, that may also link back to the 2021 MIL inoperative item, which is a separate concern. Finally, given the dangerous tyre failure recorded at the most recent test, inspect all four tyres for bulges, cracking in the sidewalls, and manufacturing date stamps older than five years, as a sixteen-year-old vehicle may well still be running ageing rubber that has been the underlying cause of the structural failure.