2021 Ford Focus Titanium Edition Mhev 1.0L Petrol · BN70 AYV

A consistently clean MOT record across three consecutive years, most recently on 20 February 2026, shows that no roadworthiness defects have been recorded for this 2021 Ford Focus Titanium Edition MHEV. The absence of advisories or failures over the three‑year span suggests that, at the times of testing, the vehicle met the statutory safety and emissions standards without issue. With 25,195 miles logged after roughly five years, the average annual accumulation is about 5,000 miles, which is low for a model of this age. Such modest mileage points to lighter use, but it also raises the possibility of extended periods of inactivity between journeys. Low mileage generally means reduced wear on consumables such as brake pads, clutch components and tyre tread, yet prolonged standing can allow seals to dry, batteries to lose capacity and tyre rubber to age, so those areas merit particular attention. Although the MOT history records no faults, a prudent buyer should still inspect the suspension bushings, control arm joints and shock absorbers for any signs of play, creaking or uneven tyre wear, as these parts can deteriorate quietly over time. During a test drive, listen for clunks over bumps, feel for any steering pull or vibration, and assess the brake pedal for consistent pressure and the absence of pulsation, which would indicate disc or caliper condition. Visual checks of the wheel rims, tyre sidewalls and tread depth, as well as a close look at the under‑body for any emerging corrosion, are advisable. A comprehensive pre‑purchase inspection by a qualified mechanic is recommended to verify the condition of the engine oil, coolant and any hidden leaks that would not appear on an MOT, and to confirm the health of the battery and electronic hybrid systems. Ensuring that all fluid levels are correct, that the exhaust system is free of cracks, and that the vehicle’s electronic diagnostics return no fault codes will give a clearer picture of the car’s overall mechanical state before final commitment.