2010 KIA Ceed 1.6L Diesel · BK60 FWD

The most recent MOT test on 2026-06-04 confirms the vehicle remains roadworthy but reveals a concerning trend of recurring mechanical issues that have persisted since the May 2026 failure. The steering rack’s free play, worn rear axle swivel pins and bushes, and front suspension arm bushes—all flagged in both the failed and passed tests—demonstrate a pattern of neglect rather than isolated faults. The serious fluid leak from the near-side front shock absorber in May 2026, coupled with the corrosion noted across suspension components, suggests long-term deterioration that has not been addressed. While the vehicle passed this time, the advisories indicate critical wear that could escalate into structural or handling risks if unchecked. The mileage progression of approximately 7,800 miles annually aligns with typical usage for a vehicle of this age, though the gap between the 2025 and 2026 tests—just 11 months—implies either a deliberate deferral of maintenance or a lack of pre-test servicing. The absence of defects in the 2023 and 2024 tests contrasts sharply with the failures in 2026, suggesting that either the vehicle’s condition deteriorated rapidly or that critical components were overlooked during routine checks. The near-identical mileage between the failed and passed tests (125,252 vs. 125,253) further raises suspicion that the vehicle was driven specifically for the MOT without prior repairs. A buyer should prioritise an immediate inspection of the steering rack for excessive play, which could indicate internal damage or worn seals. The rear axle swivel pins and bushes, along with the front suspension arm bushes, require thorough examination for wear or corrosion, as these components directly affect wheel alignment and handling stability. The near-side front shock absorber leak must be verified, as fluid loss compromises damping performance and accelerates wear on other suspension elements. Additionally, the parking brake’s reduced efficiency—though not a failure—warries testing for cable stretch or drum/disc wear, while the insecure battery carrier poses an immediate risk of electrical failure. Rust penetration in suspension components should be assessed for structural integrity, particularly around welds and joints.