2016 KIA Sportage 1.7L Diesel · MD04 SLD

A chronic pattern of brake and rear axle component wear defines the MOT record for this ten-year-old Kia Sportage, with the most recent test on 19 February 2026 passing only after a same-day failure was remedied. That initial failure recorded a nearside front tyre below the legal 1.6mm tread limit as a dangerous defect, alongside a failed windscreen wiper and inoperative rear registration plate lamp, all of which were presumably corrected for the subsequent pass. Across the recorded history, the parking brake has emerged as a recurring concern, failing outright on one side in February 2023 and then recording efficiency below the required standard in February 2024, indicating either persistent caliper or cable issues that have not been fully resolved. Braking component wear is also evident through advisories on pitted and scored rear brake discs in both 2023 tests, fluctuating front service brake performance flagged in 2026, and rear subframe surface corrosion noted in March 2025. The trajectory is therefore one of accumulating advisories and multiple failures rather than a stable roadworthiness profile, with the brake-related and structural advisories forming the central mechanical narrative. Recorded mileage stands at 92,009 miles across approximately a decade of use, equating to an annual accumulation of around 9,201 miles, which is broadly in line with typical usage for a vehicle of this age. The MOT testing has been conducted at fairly regular annual intervals from January 2022 through February 2026, with no multi-year gaps that would suggest the vehicle was laid up off the road for any extended period. The mileage progression, with tests occurring roughly each year, suggests consistent rather than sporadic use, which at this level places proportionate wear on consumables such as brake pads, discs, tyres, and suspension bushes. However, the recurring brake-related advisories and failures indicate that these wear items have not always been addressed proactively between tests, with defects either being flagged just within legal limits or actively failing at subsequent examinations. For a prospective buyer, the most pressing area to investigate is the rear braking system, given the history of an inoperative parking brake on one side followed by an overall parking brake efficiency failure, combined with pitted rear brake discs on both sides. On a test drive, the parking brake should be applied on an incline and released to confirm it holds firmly on both sides without excessive travel, while the footbrake should be tested from higher speeds to detect any pull to one side, which could indicate a binding or seized rear caliper. A steady pedal without judder is desirable, as rear disc corrosion or uneven wear could otherwise transmit vibration under braking. The front brake fluctuating advisory from the most recent pass also warrants attention; the pedal should feel consistent and progressive rather than spongy or inconsistent under repeated application. The subframe corrosion advisory from 2025, described as surface rust not seriously weakened, should be physically inspected underneath the vehicle for any progression, particularly around mounting points and suspension linkages, as surface corrosion can advance between MOTs on a vehicle approaching a decade of age. The recurring outer-edge wear on both rear tyres flagged in 2026, alongside the dangerous front tyre tread failure on the same day, indicates that the wheel alignment, particularly rear camber or toe settings, and possibly the condition of rear suspension bushes or shock absorbers, warrants close examination. Suspension knocks or clonks over speed humps and uneven road surfaces would suggest worn bushes, while uneven or feathered tyre wear across a fresh set of tyres would point to alignment or geometry issues that have not been resolved. Finally, the headlamp lens misting and windscreen stone chips noted in 2023 should be rechecked visually, as a deteriorated headlamp lens can reduce night-time illumination below standard and a windscreen chip in the driver's line of sight could still constitute a future failure.