2015 Ford Kuga 1.5L Petrol · PF64 KCY

The 2015 Ford Kuga presents a pattern of consistent compliance across seven successive MOT tests spanning from January 2019 through February 2026, with the most recent assessment on 2026-02-16 recording three minor advisories rather than a failure. Each earlier test up to that point showed no defects, indicating that the chassis and primary systems have remained within acceptable limits throughout the vehicle's operational life. While the absence of outright failures suggests the car has largely met regulatory standards, the recurrence of brake surface concerns and the noted rear axle corrosion signal that certain components require attention before they become critical issues, and the steady progression of test dates demonstrates a reliable inspection history over the past decade. At 51,753 miles on an eleven-year-old vehicle, the annual accumulation of approximately 4,705 miles falls well below typical usage expectations and strongly implies the car has been driven sparingly or has spent considerable time idle between journeys. This low mileage reduces the likelihood of accelerated wear on consumables such as brake pads, clutch plates, and transmission fluids, but it also means that critical wear surfaces that normally develop gradually under regular driving have not experienced significant degradation. Without a documented service history between tests, the exact intervals at which the vehicle was last serviced remain unclear, making it difficult to assess whether any underlying issues have been addressed in the interim. The front and rear brake discs both display pitting or scoring according to the 2026-02-16 advisory, which can produce subtle but noticeable impacts on braking performance even when the system passes inspection. On a test drive, pay close attention to any audible knocking or grinding when applying the brakes, particularly during hard stops, as these sounds may indicate uneven disc surface contact or thermal fatigue. The front brake pads are also flagged as wearing thin under the same advisory code, meaning the friction material is nearing its minimum safe thickness; monitor pedal feel for any loss of firmness or increased travel, as continued deterioration could compromise stopping power. These two issues represent the most tangible risks in the vehicle's history. The rear axle corrosion noted in the most recent MOT warrants particular scrutiny, as rust in this location can progress silently and eventually compromise wheel bearings, differential function, and overall suspension geometry. Examine the rear axle housing and mounting brackets for any signs of flaking metal or rust streaks along the axle shaft, and check the subframe for peeling paint or structural weakness that might cause the rear end to sit lower or handle with unexpected play. Given the combination of brake surface anomalies and axle corrosion, a thorough visual inspection of these components during a hands-on test is essential to determine whether immediate repair is necessary before committing to this vehicle.