2020 KIA Sportage 4 Crdi ISG Mhev 4X4 A 2.0L Hybrid electric (clean) · AM05 RAB

The mechanical history of this Kia Sportage is defined by a pattern of consumable wear and steering linkage degradation, transitioning from severe brake depletion to steering joint failures before securing its most recent clean MOT pass on 10 September 2025, which is due to expire in a matter of days. This latest pass followed a same-week failure on 9 September 2025 due to a defective nearside track rod end ball joint exhibiting excessive play. Prior to this, the vehicle's testing record shows a recurring vulnerability in its front braking system, including a dangerous defect failure in August 2023 for front brake pads worn below the 1.5 millimetre legal limit, which was subsequently flagged again as wearing thin in September 2024. While the vehicle currently holds a valid MOT with no outstanding advisories, the history reveals a trend of components being run close to the point of failure before being replaced. Accumulating 77,190 miles over approximately six years equates to an annual average of roughly 12,865 miles, which is higher than the UK national average for a vehicle of this age. This consistent, high-mileage usage profile has specific mechanical implications for a mild-hybrid diesel four-wheel-drive vehicle. While high annual mileage often suggests motorway driving—which is generally gentler on the clutch, gearbox, and diesel particulate filter—it simultaneously accelerates the physical wear on chassis components, suspension bushings, dampers, and wheel bearings. For a heavy, all-wheel-drive SUV, this constant load places sustained stress on the transfer box, rear differential, and the complex mild-hybrid starter-generator system, meaning these high-mileage drivetrain components require closer scrutiny than they would on a lower-mileage, petrol equivalent. Given the documented failures of the front braking system and the steering linkage, a physical inspection must focus heavily on these areas. Although the nearside track rod end was replaced to pass the September 2025 test, the offside track rod end and the surrounding steering rack components have been subjected to the same 77,190 miles of road wear and may be approaching the end of their service life. A prospective buyer should inspect the rubber dust covers on both track rod ends, ball joints, and suspension arm bushes for splitting or grease leakage. Furthermore, because the front brake pads have twice been flagged for extreme wear, the brake discs must be measured for minimum thickness and checked for heavy lipping or corrosion on their inner faces, which often occurs when pads are run down to the metal backing plates. During the road test, specific attention must be paid to the steering feel and braking performance to ensure these past issues have been fully resolved and have not caused secondary damage. Listen carefully for any metallic clicking, knocking, or clunking noises when driving over speed bumps or rough road surfaces, which would indicate play in the remaining original suspension joints or anti-roll bar drop links. The steering should feel precise and hold a straight line without pulling to one side, and there should be no shimmy or vibration felt through the steering wheel under normal driving. When applying the brakes, feel for any pulsing or judder through the brake pedal, which would indicate warped front discs, and listen for any grinding or squealing that suggests uneven pad wear or a binding caliper.