2019 Ford Fiesta Trend 1.1L Petrol · DK69 NVR

The 2019 Ford Fiesta Trend presents a stable and consistently sound mechanical history. The maintenance trend is stable, with the most recent test on 16 January 2026 at 32,970 miles resulting in a clean pass with zero defects. An initial failure recorded on the exact same day and mileage also listed zero defects, indicating either an administrative anomaly or an exceptionally minor issue rectified prior to the immediate retest. Across the entire recorded history, the vehicle has never presented a single advisory or failure point, demonstrating exemplary upkeep and a complete absence of recurring mechanical or structural deterioration. The mileage accumulation is exceptionally low for a vehicle of this age, averaging roughly 4,710 miles annually. Between the February 2023 test at 23,327 miles and the January 2024 test at 26,899 miles, the car covered 3,572 miles. Usage remained consistent, with 3,062 miles accumulated over the following twelve months leading to the January 2025 test at 29,961 miles. The final recorded jump to 32,970 miles by January 2026 represents just 3,009 miles of use. Such low annual mileage typically indicates short, stop-start journeys rather than sustained driving, which prevents engines and exhaust systems from reaching optimal operating temperatures. Despite the pristine MOT record, the low-mileage profile warrants specific physical checks. Buyers should inspect the condition of the tyres closely, as rubber can perish and crack from prolonged standing rather than wearing down from use. Suspension components, particularly bushes and shock absorbers, require examination for perishing or seizing caused by a lack of regular compression cycles. Brake discs and calipers also demand a thorough inspection for surface corrosion, since infrequent use frequently causes rust to build up on friction surfaces, potentially leading to binding or uneven braking. A comprehensive test drive over varied road surfaces remains essential to confirm the drivetrain and chassis respond correctly to real-world inputs.