2010 Ford Focus 1.6L Petrol · MA60 FXP

The 2010 Ford Focus presents as roadworthy following its most recent MOT pass on 18 March 2026 at 107,549 miles, with the maintenance trend appearing stable across the last three years. The vehicle cleared the test with no defects recorded. Prior to that pass it failed on 11 March 2026 at 107,199 miles, yet the DVSA entry logs no defects, indicating an administrative or presentation issue at retest rather than a mechanical fault. A similar pattern occurred on 24 July 2025 when the car failed then passed on the same day at 104,723 miles with no defects listed. These repeated no-defect failures suggest clerical anomalies rather than worsening condition. Recorded mileage sits at 107,549 against a 16-year lifespan, equating to roughly 6,722 miles per year and matching typical use for this model age. The odometer moved from 100,513 miles at the August 2024 test to 104,723 in July 2025, then to 107,199 by March 2026. That spread shows steady, low annual accumulation with no sudden spikes that would imply fleet or high-stress duty. The sparse history offers only five entries and reveals no advisories on suspension bushes, brake discs, corrosion, or exhaust emissions across the visible record. A buyer should still commission a physical inspection of structural integrity and underbody corrosion given the vehicle's 2010 build date and absence of advisory data in the MOT log. The clean pass sheets do not confirm the condition of coil springs, binding calipers, or worn suspension components, only that the tester raised no flags. Verify the circumstances behind the two same-day fail-pass cycles in 2025 and the March 2026 reversal, as missing defect text leaves the true mechanical state unverified. Given the low yearly mileage and repeated clean tests, previous ownership appears to reflect light use rather than neglected consumables. Treat the absence of advisories as a prompt for independent verification of tyres, wiper blades, and brake wear before purchase, not as proof of fault-free condition.