2010 KIA Ceed 1.6L Diesel · LG10 GKL

A clear pattern of chassis and suspension corrosion has emerged across the recorded MOT history of this 2010 Kia Ceed, with the most recent test on 24 February 2024 passing only after the earlier February 2024 attempt failed on a worn steering column bearing, significantly worn rear brake discs, a damaged rear nearside seat belt, and dangerously low front tyre tread. That earlier failure is particularly concerning because it spanned structural, braking, and tyre-related defects simultaneously, suggesting the vehicle was being driven in a borderline unroadworthy state prior to that test. Five separate advisories were recorded at the February 2024 pass, four of which relate to corrosion on the subframe and various suspension arms, alongside pitted rear brake discs. The corrosion pattern was first hinted at in 2021, when trailing arm bushes and an anti-roll bar linkage ball joint were flagged, and it has steadily intensified since. With only three tests recorded since the end of 2022 and two of those within a single month, the testing frequency is inconsistent and the pattern of failure followed by pass followed by fresh advisories points to a vehicle whose underlying wear is being managed reactively rather than resolved. At 121,969 miles over approximately sixteen years, this Ceed is accumulating roughly 7,600 miles annually, which sits broadly in line with average usage for a car of this age and type. There are, however, notable gaps in the MOT record, with no tests captured between November 2020 and November 2021, and again between December 2022 and February 2024. The 2022-2024 gap is especially relevant because the intervening failures and advisories suggest the vehicle may have been off the road or untested during a period when tyre, wiper, and brake condition deteriorated significantly. Mileage accumulation itself appears moderate rather than extreme, but the combination of moderate annual use, identified chassis corrosion, and a fractured coil spring in 2021 indicates that age-related degradation is advancing on consumable and structural components alike. Prospective buyers should pay particular attention to the subframe and suspension components on inspection, as corrosion advisories on the front subframe, both rear trailing arms, and a front suspension arm have all been recorded within a two-year window. On a test drive, listen for clonking or knocking from the rear suspension over uneven surfaces, which could indicate that the corroded trailing arms and worn bushes flagged in 2021 have progressed beyond advisory status, and check for any uneven tyre wear that might point to compromised geometry from softened bush material. The steering should be inspected for any looseness or rattling through the column, given the excessively worn top bearing recorded in February 2024, and the rear brake discs should be felt for a pronounced lip on the outer edge and any judder under braking, since disc wear was severe enough to fail in early 2024 and was merely pitted at the subsequent pass. Brake pedal feel and stopping performance warrant a thorough assessment, as the history shows worn rear discs and brake pads flagged as wearing thin in 2022, with one disc progressing to a major failure category by February 2024. On the road, any pulling to one side under braking, a soft or spongy pedal, or visible scoring on the disc surface would suggest the brake refurbishment carried out after the February 2024 failure has been insufficient. The tyres also deserve close scrutiny, as three of the four tyres were at or below legal tread at the November 2022 test, and one front tyre was dangerously illegal by February 2024, indicating a possible pattern of infrequent rotation or delayed replacement. Finally, with oil misting noted on an offside rear shock absorber in 2022 and a non-excessive engine or gearbox oil leak flagged in 2021, the underside should be examined for fresh oil residues, and the rear shocks should be checked for any leaking fluid or inconsistent damping response during the test drive.