2014 KIA Sportage 1.7L Diesel · YP64 XCL

Tyre degradation and a recent brake fluctuation failure dominate the recorded test history of this 2014 KIA SPORTAGE, painting a picture of a vehicle whose consumables have been allowed to deteriorate to the point of legal non-compliance before being addressed. Across six MOT tests spanning 2020 to late 2025, advisory items relating to cracking and perishing on all four tyres have appeared repeatedly, with the nearside and offside front tyres specifically flagged at 3mm in December 2024 and again on the nearside in the December 2025 advisory. The most significant mechanical event is a major failure recorded on 8 December 2025 for excessively fluctuating rear service brake, which was followed two days later by a pass, suggesting the component was rectified or replaced in that short window. An earlier prs failure on the nearside front headlamp dipped beam in December 2024 was also rectified within the same test cycle. Overall the trend shows a worsening picture in 2024 and 2025, with the clean 2022 and 2023 passes giving way to repeated tyre advisories and brake-related defects, indicating that the vehicle's roadworthiness margins have narrowed considerably in the most recent testing cycle. At 79,789 recorded miles over twelve years of age, the average annual accumulation is approximately 6,649 miles, which sits broadly within the expected range for a family SUV of this era. The mileage progression between tests appears consistent, with no extended lay-up gaps visible in the DVSA history, and the 2020 and 2025 entries suggesting roughly linear use rather than periods of inactivity. The MOT records themselves do not provide evidence of mechanical sympathy or the contrary, but the accumulation pattern is sufficient to justify standard wear expectations for braking components, suspension bushes, and drivetrain mounts on a vehicle of this age and mileage bracket. The fact that front brake discs were flagged as pitted or scored at the December 2024 test is consistent with this level of use, though the discs were not deemed seriously weakened at that point. Given the tyre history, a prospective buyer should scrutinise the current set carefully for both tread depth and sidewall integrity, as the repeated cracking advisories on all four corners suggest the rubber compounds on this vehicle may be ageing faster than the mileage alone would predict. Ask for confirmation of manufacture dates on any fitted tyres and inspect the sidewalls for ozone cracking, particularly on the rear pair which have carried advisories every cycle since 2020. On a test drive, listen for any vibration through the steering wheel or pedal that might indicate uneven tyre wear, and check for tracking pull to one side given the nearside front edge wear that has been flagged. The 2025 advisory specifically noted the nearside front tyre was worn on edge, a symptom that can be caused by misalignment of the front suspension geometry or worn strut top mounts and wishbone bushes, both common wear items on the Sportage platform at this mileage. The rear brake fluctuation failure warrants particular mechanical attention on inspection, as it can stem from several underlying causes including a binding or sticking rear caliper, a warped rear brake disc, a failing wheel cylinder on the drum-in-disc arrangement, or an ABS sensor malfunction. On a test drive, listen for any scraping, grinding, or squealing from the rear corners under light braking, and feel for judder or pulsing through the brake pedal which would indicate disc runout. With the vehicle stationary, verify that both rear wheels rotate freely without drag after the handbrake is released, as a sticking caliper will generate heat and cause the wheel to bind. Given the December 2024 headlamp dipped beam failure, also confirm that both front headlamp bulbs illuminate correctly on main beam as well as dipped, and inspect the headlamp lenses for UV degradation which is common on this generation of Sportage. Finally, request evidence of any recent rear brake component replacement from December 2025 to satisfy yourself that the fluctuation issue has been resolved rather than simply passed on retest.