2019 Ford Kuga 1.5L Diesel · CT19 FLK

The 2019 Ford Kuga presents a stable maintenance trend across its MOT history, with every recorded test ultimately passing and no defects or advisories logged at any point. The most recent examination on 12 March 2026 at 84,014 miles returned a clean pass, indicating the vehicle met all roadworthiness standards at that time. This pattern of consistent, defect-free results suggests the car has been kept in reasonable mechanical order, with no recurring faults or progressive deterioration flagged by testers over the documented period. The mileage accumulation tells a clear story of sustained, heavy use. Between the May 2023 test at 38,571 miles and the May 2024 test at 55,880 miles, the Kuga covered roughly 17,300 miles in twelve months. The following year saw approximately 15,400 miles added before the May 2025 test at 71,301 miles, and a further 12,700 miles were recorded by the March 2026 test. Annual mileage has remained consistently high, averaging around 12,000 to 17,000 miles per year, which is well above the typical UK average. There are no suspicious gaps or sudden drops in the odometer readings that would suggest tampering or extended periods of disuse. One anomaly appears in the 2025 record: a failed test on 1 May 2025 at 71,301 miles shows no defects recorded, followed immediately by a pass at the same mileage on the same date. This likely indicates an aborted or incomplete initial test rather than a genuine mechanical failure, though a buyer should verify the circumstances with the seller. Given the sustained high mileage, a pre-purchase inspection should focus on components that wear proportionally with distance rather than age. Suspension bushes, coil springs, and shock absorbers deserve close scrutiny, as 84,000 miles of regular use will have subjected them to significant cyclic loading. Brake discs and pads should be measured for remaining service life, and calipers checked for any sign of binding or uneven wear. The exhaust system, including mountings and catalytic converter efficiency, warrants attention given the mileage-related thermal cycling it has endured. Structurally, a thorough underside inspection is advisable to confirm the integrity of the chassis, subframes, and suspension mounting points, particularly for corrosion that could be accelerated by high-mileage use in varied road conditions. Tyre condition and remaining tread depth should be verified, as high annual mileage often leads to more frequent replacements and occasional lapses in rotation or alignment. The drivetrain, including CV joints and driveshaft boots, should be examined for splits or leaks that could lead to premature failure. While the MOT record is reassuringly clean, the sheer volume of use this vehicle has seen means that consumable and wear components are likely closer to the end of their service life than the age alone would suggest.