2019 Ford Focus 1.5L Petrol · FR19 FHT

The vehicle's most recent MOT test conducted on 20 October 2025 resulted in a pass with no defects or advisories recorded, confirming current roadworthiness compliance at the time of examination. Reviewing the broader DVSA history, the Ford Focus has demonstrated a generally stable maintenance trend, achieving clean passes in 2021, 2022 (post-failure), 2023, 2024, and 2025. The single failure event in October 2022 was limited to a dangerous nearside rear tyre with tread depth below the 1.0mm legal minimum, accompanied by an advisory for the offside rear tyre approaching the same limit. This isolated incident points to a specific consumable replacement rather than any systemic mechanical deterioration, and the absence of further tyre or related defects in the four subsequent tests suggests the matter was rectified and has not recurred. Overall, the MOT trajectory reflects a vehicle that has been maintained to a consistent standard in recent years. With 51,780 miles recorded against a 2019 manufacture date, the Focus has covered approximately 7,397 miles annually, placing it squarely within typical usage expectations for its age. The mileage progression across the MOT records indicates no extended gaps or abnormally low accumulation that would suggest prolonged periods of standing, nor any unusually rapid increase that might imply heavy commercial or motorway use. This balanced annual average generally supports even wear across major mechanical components, although the genuine mileage should be cross-referenced against the V5C registration document and full service history to rule out any discrepancies or clock tampering, particularly given that the MOT records only show readings at annual test points. Given the largely clean MOT record and absence of recurring advisories relating to suspension, braking, or corrosion, a prospective buyer should focus on age and mileage-related wear items that would not necessarily be flagged during standard testing. Tyre condition remains a priority; even with adequate tread depth, the original fitment nearside rear tyre would now be approximately seven years old and potentially compromised by sidewall perishing or cracking due to UV exposure and natural rubber degradation, a common issue with vehicles of this vintage. Inspect all four tyres closely for hairline cracks in the sidewall rubber, and consider replacement if any deterioration is evident regardless of remaining tread. On a test drive, listen for suspension clonks or knocking over uneven surfaces, which would indicate worn anti-roll bar bushes, drop links, or top mounts, components that endure constant stress but are not always flagged on MOT until they reach an advanced state of wear. Uneven tyre wear across the axle could also point to tracking misalignment or worn suspension geometry. Further inspection should include a thorough check of the brake system for any binding calipers, a common occurrence on lower-mileage or intermittently used vehicles, which manifests as uneven brake pad wear, localised disc hot spots, or a pulling sensation under braking. Examine the visible surfaces of the brake discs for any heavy edge corrosion or lipping that might suggest the vehicle has been left standing for extended periods. Given the vehicle is approaching eight years of age, verify the age and condition of the 12V battery, as original units typically degrade between five and seven years, and confirm whether the timing belt or chain service interval has been observed according to Ford's recommended schedule for the 1.0 EcoBoost or 1.5 TDCi engine variants. Inspect all fluid levels and condition, particularly engine oil colour, coolant strength, and brake fluid, noting that brake fluid should ideally be replaced every two to three years due to its hygroscopic nature regardless of mileage. Finally, examine the underbody and wheel arches for any emerging surface corrosion consistent with a 2019 vehicle now facing its eighth winter, and ensure the full service book stamps corroborate the recorded mileage.