2019 Ford Focus 2.0L Diesel · EP19 OGW

The 2019 Ford Focus passed its most recent MOT on 2026-04-16 at 31,657 miles, but the test record reveals a deteriorating brake system. Advisories for worn, pitted, or scored brake discs on all four wheels follow previous advisories for thin rear brake pads in 2025 and 2024. This indicates a neglected maintenance pattern where pad replacement was deferred, causing consequential disc damage. The tester also noted fluctuating brake performance, which may point to binding calipers or uneven wear. The overall trend is clearly worsening, not stable. The recorded mileage of 31,657 miles over approximately seven years averages about 4,500 miles annually, confirming low use. The MOT history shows consistent, modest annual increases: 24,584 miles in 2023, 27,600 in 2024, 29,942 in 2025, and 31,657 in 2026. The sparse data does not suggest periods of standing; the increments are regular. However, the significant mechanical wear observed—particularly the brake components and the catastrophic tyre failure in 2023—is atypical for such low annual mileage. This suggests the vehicle may have experienced infrequent but severe use, or more likely, a pattern of inadequate routine maintenance despite the light usage. A buyer must prioritise a thorough in-person inspection of the braking system and tyres. The brake discs require immediate physical assessment for thickness, scoring depth, and run-out; replacement is likely necessary. The fluctuating brake pedal feel noted in April 2026 warrants a check for seized or binding caliper pins and slider mechanisms. The 2023 MOT failure documented severely worn tyres with exposed cords and worn edges, a sign of chronic under-inflation, poor alignment, or neglected tyre rotations. The current tyres must be inspected for correct pressure, even wear patterns, and sidewall integrity, as the history implies potential underlying suspension or steering geometry issues that were not addressed. While no structural corrosion is recorded, the combination of low mileage and high component wear demands scrutiny of all consumables and suspension bushes for unexpected degradation.