2016 Ford Kuga 2.0L Diesel · HJ66 BYB

A pattern of progressive brake wear, recurring tyre edge wear, and emerging subframe corrosion defines the mechanical history of this 2016 Ford Kuga, with the 2026 test passing but flagging rear subframe corrosion alongside minor indicator lens discolouration. The 2026 advisories are the third rear subframe corrosion notation in five years, having first appeared in 2023 and now reappearing on the most recent test, which suggests the corrosion is progressing rather than static and warrants close physical inspection of the rear suspension mounting points and surrounding structural members. The braking system has been a recurring source of concern: a dangerous failure in 2021 for a nearside front brake pad worn below 1.5mm combined with insufficient service brake efficiency, followed by rear brake disc and pad advisories in 2024, and front brake disc and pad advisories in 2025. This sequence indicates a consumable wear cycle that has been consistently monitored but not aggressively pre-empted, and the 2024 major defect for a rough nearside front wheel bearing with play adds a further rotating-mass component to the list of items approaching replacement. With 75,764 recorded miles over approximately ten years, the Kuga has averaged around 7,576 miles annually, which sits broadly in line with typical usage for a vehicle of this age and type, though the relatively modest annual accumulation means the recorded mileage alone does not suggest particularly heavy motorway or commercial use. The MOT history is continuous on an annual basis from 2021 through 2026 with no multi-year testing gaps that would indicate extended periods off the road, although there is no MOT data shown prior to 2021 despite the vehicle being five years old at that point, which means the early-life service and mechanical condition of this car is not represented in the official test record. The mileage spread between tests is consistent with steady private use rather than rapid accumulation, and there is no evidence of an odometer discontinuity between recorded readings. Mechanically, this usage profile suggests a vehicle that has been driven regularly enough to keep systems active and lubricated, but the brake, tyre, and bearing wear patterns show that the recorded miles have still placed meaningful demand on the friction and suspension components. A prospective buyer should treat the front braking system as the highest priority area for inspection, as the 2025 advisories for thin front inner pads and pitted or scored front brake discs represent components that may now be due for replacement, particularly if the pads have worn further since the test. On a test drive, listen for any metallic grinding or squeal under light braking, feel for vibration or judder through the steering wheel or brake pedal which would suggest disc lipping or thickness variation, and check that the vehicle pulls evenly to both sides under firm braking rather than drifting toward the nearside or offside. The 2024 wheel bearing defect should be confirmed as resolved by inspecting for any humming or droning noise that increases with speed and changes with cornering, as a failing bearing typically announces itself as a cyclical roar that alters with steering input. Tyre wear has been flagged on the nearside front inner edge in both 2022 and 2023 and on the offside front inner edge in 2025, which is a recurring pattern consistent with either camber misalignment or worn suspension bushes; the buyer should check that the front tyres are wearing evenly across the tread width, and on the test drive pay attention to any vague steering response, tramlining over surface imperfections, or a slight pull to one side on a level road. The rear subframe corrosion noted in both 2023 and 2026 warrants a physical inspection on a ramp or over a pit, as the MOT tester has assessed it as not seriously weakened on both occasions but the repeated flagging suggests it should be photographed and monitored annually to confirm it has not progressed into the load-bearing structure or migrated toward suspension arm mounting points. The rear brake discs and pads flagged in 2024 should similarly be inspected for remaining thickness, and the buyer should check for any binding in the rear calipers by feeling for excessive heat at the rear wheels after a short drive, or for the handbrake holding unevenly on an incline. The minor rear indicator lens discolouration recorded in 2026 is cosmetic rather than mechanical, but the buyer should confirm the indicators flash at the correct rate, as a discoloured or moisture-ingressed lens can occasionally mask a failing bulb. Finally, given the pattern of tyre edge wear on the Kuga, a four-wheel alignment check is advisable prior to fitting new tyres, and the front inner brake pad wear pattern observed in 2025 suggests a routine inspection of the caliper slider pins and anti-rattle hardware to ensure the pads are retracting evenly rather than dragging on one side.