2020 Ford Focus 1.0L Petrol · AV20 NTC

The most recent MOT on 13 February 2026 recorded a pass at 71,398 miles, yet the test still flagged front brake discs as worn and rear brake pads as marginally thin. The preceding failure on 10 February 2026 highlighted the same disc wear, rear pads below 1.5 mm, a split front suspension arm dust cover and a rear tyre with a ply‑cut. The recurrence of brake and tyre defects, together with a new suspension dust‑cover issue, marks a clear deterioration in the vehicle’s maintenance trend over the last twelve months. Mileage has risen from 29,687 miles at the 29 June 2023 test to 71,383 miles by the 10 February 2026 failure – an increase of roughly 41,700 miles in under three years, averaging about 13,900 miles per year. The jump from 48,865 miles in January 2025 to 71,383 miles in February 2026 represents a surge of more than 22,000 miles in twelve months, well above the typical 10‑12 k miles per annum for a vehicle of this age. No significant gaps appear in the record, but the rapid accumulation suggests intensive use that accelerates consumable wear. A prospective buyer should verify the condition of the braking system in person, confirming that front discs retain sufficient thickness and that rear pads have been replaced or are approaching the minimum safe limit. Inspect the rear tyre for any ply‑cut or sidewall damage, and compare tread depth against the recorded cut. Examine the front suspension arm dust cover for integrity; a split cover can allow dirt ingress that accelerates ball‑joint wear. A visual check of the suspension bushes, coil springs, and any signs of corrosion on structural panels will further indicate whether the recent high mileage has impacted the chassis. Overall, the car remains legally roadworthy, but the pattern of recurring brake wear, tyre damage and emerging suspension dust‑cover failure signals that immediate remedial work is advisable. Addressing these items before purchase will mitigate the risk of premature component failure and provide a clearer picture of the vehicle’s long‑term reliability.