2021 Ford Fiesta Titanium Turbo Mhev 1.0L Petrol · AF56 SAM

The most recent official DVSA MOT test for this 2021 Ford Fiesta Titanium Turbo MHEV was conducted on 30 April 2026, resulting in a clean pass with no defects or advisories recorded. This continues an unbroken pattern of successful assessments, with equally clean passes also documented on 26 April 2025 and 30 May 2024. The consistency of these results over three consecutive test cycles strongly suggests that the vehicle has been maintained to a satisfactory standard from a roadworthiness perspective, with no emerging patterns of deterioration in key safety-critical areas such as braking, suspension, lighting, or exhaust emissions. For a prospective buyer, this stable and unblemished MOT history is a positive indicator, though it should always be supplemented by a separate mechanical inspection as MOT testing is a relatively broad pass-fail check rather than a comprehensive technical evaluation. Recorded mileage stands at 22,790 miles across an approximate five-year span, equating to a modest annual usage of roughly 4,558 miles per year. This figure is notably below the national average for a vehicle of this age and segment, indicating either genuinely low daily use, a predominantly urban or short-journey operating profile, or extended periods of standing between drives. Low annual mileage of this nature does reduce wear on major mechanical drivetrain components such as the engine, transmission, and clutch assemblies, but it can simultaneously accelerate calendar-based degradation in other areas, including rubber and polymer components, brake components due to infrequent use, and fluids that degrade with time rather than mileage. The progression between MOT tests should be reviewed to ensure no suspicious anomalies exist, but the available records suggest consistent light usage. Given the clean MOT history and the relatively low recorded mileage, physical inspection should focus on those components that suffer from standing or age-related deterioration rather than wear through use. Tyres warrant particular attention, as compounds and sidewalls can perish or develop fine cracks even when tread depth remains adequate, especially on a vehicle that has spent long periods stationary or stored outdoors; an inspection of all four sidewalls for hairline cracking or brittleness is recommended, along with verification of manufacturing date codes. Brake discs and calipers should be carefully examined for surface corrosion, as light-use vehicles commonly suffer from rust build-up on the disc faces and seized or binding caliper slide mechanisms, both of which can manifest as vibration under braking or uneven pad wear. The mild-hybrid 48-volt system and ancillary electrical components on this MHEV variant should also be checked, particularly the 12-volt auxiliary battery and the lithium-ion hybrid battery pack, as low-mileage operation with frequent short journeys can prevent full charging cycles and reduce service life. A diagnostic scan to check for stored powertrain or hybrid system fault codes is advisable, along with confirmation that the vehicle's documented service history includes timely replacement of brake fluid (typically every two years regardless of mileage), coolant, and engine oil, since calendar-based servicing is critical when annual mileage is low. Finally, a thorough road test should be conducted to verify smooth engagement of the mild-hybrid assistance, free operation of all suspension components without clunks over uneven surfaces, and confirmation that the steering remains free from abnormal play or knocking that could suggest perished bushes or worn drop links, all of which are realistic service items on a five-year-old vehicle irrespective of how few miles it has covered.