2022 Ford Fiesta Trend Turbo 1.0L Petrol · AF22 OLB

The vehicle most recently passed its MOT on 26 February 2026, though the preceding history indicates a reactive maintenance trend. The record shows a dangerous failure in March 2025 due to a tyre sidewall bulge and a subsequent major failure in February 2026 regarding a defective rear reflector. Of particular concern are the recurring advisories for worn front tyres across two consecutive years, suggesting a lack of proactive tyre management by the previous owner. With only 10,224 recorded miles over approximately four years, the vehicle has averaged roughly 2,556 miles per year. This is significantly below the UK average and indicates the car has likely undergone long periods of standing or very short urban journeys. While this results in minimal mechanical wear on the engine and gearbox, low usage often introduces specific risks related to component stagnation and the degradation of rubber and fluid elements. Given the history of tyre failures and repeated advisories for low tread on the front axle, a thorough physical inspection of all four tyres is essential. You should check for sidewall cracking or perishing, as tyres can degrade due to age even if the tread remains legal. During the test drive, listen for any unusual humming or vibrations and check for uneven wear patterns, which may point to misalignment or worn suspension bushes. Ensure the tyre pressure monitoring system is functioning correctly, as a TPMS warning was previously noted. Due to the low annual mileage, you must verify that the vehicle has been serviced according to calendar intervals rather than just mileage milestones, as engine oil and brake fluid degrade over time regardless of distance travelled. Inspect the brake discs for surface corrosion or pitting and ensure the calipers are not binding, which can occur when a vehicle sits idle. Finally, test the 12V battery health and check the engine bay for any signs of rodent damage to the wiring loom, which is a common occurrence for vehicles that remain stationary for extended periods.