2022 KIA Sportage 3 ISG 1.6L Petrol · EO72 XDP

A severe structural tyre defect and an emissions failure punctuate the history of this four-year-old Kia Sportage, which recorded an initial test pass on October 9, 2025, just two days after failing with a dangerous nearside front outer tyre bulge caused by structural separation alongside an out-of-limits lambda reading during fast idle testing. This sequence reveals that while the vehicle successfully cleared its retest, it has nonetheless demonstrated critical roadworthiness flaws in its primary safety and environmental control systems during its first mandatory examination period. With 26,535 miles accumulated over roughly four years, the vehicle averages about 6,634 miles annually, aligning closely with typical UK driving patterns for its age group. This steady mileage accumulation avoids the mechanical risks associated with prolonged periods of stationary storage, such as brake disc pitting or heavy battery sulfation, ensuring that moving mechanical assemblies have experienced regular operational cycles since initial registration. Given the prior dangerous tyre failure resulting from structural separation, the prospective buyer must closely inspect the inner and outer sidewalls of all currently fitted tyres for deep cuts, uneven shoulder wear, or impact damage, paying particular attention to the front steering geometry. During the static inspection and subsequent test drive, listen carefully for any structural knocks or wandering steering pull that might indicate underlying suspension or alignment damage stemming from the heavy impact or kerbing event that likely caused the previous tyre structural failure. Furthermore, the past exhaust emissions failure involving the lambda sensor readings necessitates a verification of the vehicle's fuelling and exhaust management performance. On the test drive, monitor the instrument cluster for any transient warning lights, ensure the engine idles smoothly when warm, and check that power delivery remains entirely uninterrupted across the rev range, which will confirm that the air-fuel ratio closed-loop control system is operating correctly.