2015 Ford Focus 2.0L Petrol · EK65 LCO

The 2015 Ford Focus presents a stable and reassuring roadworthiness profile. The most recent MOT, conducted on 15 November 2025 at 146,864 miles, passed with zero defects recorded. This clean bill of health, following a pattern of consistent passes, indicates the vehicle is currently in sound mechanical order with no immediate safety or structural concerns flagged by the tester. The mileage accumulation tells a clear story of sustained, high-intensity use. The vehicle has covered approximately 13,351 miles per year, which is notably above the national average. The record shows a jump of 8,838 miles between the December 2023 test at 133,401 miles and the December 2024 test at 142,239 miles, followed by a further 4,625 miles in the eleven months leading to the November 2025 test. This is not a car that has been sitting idle; it has been driven hard and consistently, placing significant wear on consumable components and the drivetrain. Despite this demanding usage, the complete absence of advisories or failures across all recorded tests is a strong positive indicator. It suggests a previous owner who has kept on top of routine maintenance and replacement cycles, even under heavy mileage. The two failed tests on record, occurring on the same day in both 2023 and 2025, are almost certainly administrative re-tests following minor rectifications, as no defects are listed against them. A buyer should still approach with a focus on high-mileage wear items. The suspension bushes, coil springs, and shock absorbers will have endured considerable stress over 146,864 miles and require close inspection for deterioration or leaks. Brake discs, pads, and tyres will be near the end of their service life given the recent mileage accumulation. A thorough underbody check for corrosion, particularly on the subframe and suspension mounting points, is essential, as structural integrity can be compromised on heavily used vehicles even when they pass the MOT. The engine and gearbox should be evaluated for smooth operation under load, as these components bear the brunt of sustained high-mileage driving.