2017 KIA Sportage 2.0L Diesel · YY67 BYO

The 2017 KIA Sportage presents a mixed mechanical history that defies simple categorisation. While the last three MOT tests in 2026, 2025, and 2024 all returned as passed, the underlying pattern reveals recurring concerns that predate the current clean record. A critical failure occurred in January 2023 when a front tyre suffered a cut deep enough to compromise the ply or cords, and earlier in October 2021 the same front tyre showed inward wear reaching the edge with measurable thinning. Subsequent years saw persistent issues with the near-side rear suspension arm becoming corroded in both 2026 and 2025 assessments, while the off-side rear suspension arm also required attention in the same period. Despite these setbacks, the vehicle managed a clean second consecutive MOT from 2024 through 2025, suggesting that the majority of the chassis and powertrain remained structurally sound throughout much of its life. At 52,360 miles on nine years of ownership, the vehicle accumulates approximately 5,818 miles annually—a figure significantly below typical usage expectations for a model of this age. This unusually low mileage suggests extended periods of inactivity or infrequent driving, which likely contributed to the delayed appearance of many of the reported problems. Notably, the gap between the 2024 and 2025 MOTs coincided with continued low mileage growth, whereas earlier failures such as the 2021 front brake pad failure and the 2023 front tyre cut occurred when the car was still relatively new. Such discrepancies in wear progression indicate that the bulk of the mechanical degradation has already taken place, leaving fewer opportunities for accelerated consumption of consumable components like brake pads, tyres, and suspension bushings in the intervening years. The suspension system requires particular scrutiny given the documented corrosion on both near-side and off-side rear suspension arms. During a test drive, the driver should listen for any metallic clunking or creaking when traversing uneven pavement, especially around the rear quarter panels where the arms attach—these noises often precede complete structural failure. The near-side rear suspension arm showing signs of corrosion could manifest as a slight pulling to one side of the steering when braking hard or turning sharply, particularly at speed. Given the corroded nature of these components, visual inspection of the arm connections and mounting points is essential before committing to the purchase. Brake performance warrants direct attention due to the 2021 failure where front brake pads measured less than 1.5mm in thickness—well below the minimum safety threshold. On any future test drive, the brake pedal should be monitored for any sponginess or reduced firmness under load, and the pads themselves should be examined visually for material loss and glazing. The consistently worn front tyres (with tread depths recorded at 5.2.3(e) in multiple tests and a 2mm deficit in 2025) suggest either aggressive cornering or prolonged braking cycles that have accelerated tyre wear beyond normal expectations. When assessing these tyres, pay particular attention to the inner edges where wear is noted across nearly every MOT entry, as this indicates consistent lateral stress or alignment issues that compound with the existing tyre thickness problem. Together, these findings point toward a vehicle whose primary risks lie in compromised suspension integrity and critically thin brake components, making a thorough hands-on inspection before purchase non-negotiable.