2016 Ford Fiesta 1.0L Petrol · SF16 XOG

The 2016 Ford Fiesta has maintained a clean MOT history with no defects or advisories recorded across all five tests, most recently passing on 16 April 2026 at just 18,394 miles. This suggests the vehicle has been consistently roadworthy under test conditions, though the absence of advisories does not preclude underlying wear that hasn’t yet reached MOT thresholds. The most recent test confirms the car remains compliant with current UK roadworthiness standards, but the low mileage—particularly the 2,779-mile gap between the 2025 and 2026 tests—implies the vehicle has likely been stationary for extended periods, which could accelerate deterioration in areas like suspension seals, battery health, and tyre integrity. The mileage progression reveals an unusually low annual average of 1,839 miles, with no rapid accumulation phases. The 2024 tests occurred just 109 miles apart (February to May), followed by a 12-month gap before the 2025 tests, then another 12-month gap before the 2026 pass. This pattern suggests the car has been stored intermittently, potentially in less ideal conditions. Such low mileage can mask deeper issues—rust propagation, suspension bush degradation, or brake fluid degradation—since components degrade over time regardless of movement. Given the lack of advisories or defects, the buyer’s priority should focus on high-wear items that aren’t MOT-tested but critical for long-term reliability. Inspect the suspension for perished rubber bushes, particularly at the rear, where binding or uneven wear is common in low-mileage vehicles left stationary. Check brake discs and pads for uneven wear or glazing, as binding calipers or soft pads could have gone unnoticed without test conditions. Examine the battery for sulfation, given the prolonged inactivity, and assess tyre tread depth—though MOT-compliant, uneven wear or embedded debris could indicate past neglect. Finally, inspect the underbody for corrosion, especially around wheel arches and sills, where rust can compromise structural integrity without immediate visual cues.