2016 Ford Fiesta 1.5L Diesel · ML07 ABL

The vehicle presents a stable roadworthiness profile based on the most recent MOT results, though the history indicates intermittent maintenance of minor electrical and consumable components. The most recent test on 4 March 2026 at 109,637 miles passed with a single minor defect regarding an inoperative offside registration plate lamp. This follows a clean pass in March 2025, suggesting that the vehicle has been kept in a generally compliant state over the last two years. The mileage accumulation is consistent with a typical ten-year usage pattern, averaging approximately 10,964 miles per year. The record shows steady progression from 81,326 miles in February 2019 to the current 109,637 miles. There are no significant gaps in usage or periods of prolonged inactivity evident from the data. The driver has maintained a regular testing schedule, which provides a reliable chronological trail of the vehicle's mechanical condition. A buyer should pay close attention to the suspension and drivetrain components, as the March 2024 test at 103,037 miles flagged significant wear. The tester identified corrosion on both rear coil springs and a severely deteriorated offside front outer drive shaft CV boot. While these were resolved for the subsequent pass, the presence of corrosion on springs often suggests the vehicle has been exposed to harsh road conditions or salt. The 2019 failure involving exhaust emissions and tyre wear indicates a period of neglected basic upkeep, though more recent records show a return to standard maintenance. Physical inspection should focus on the rear suspension area to ensure the coil springs are free from further oxidation. The drive shaft boots should be checked for any new splits or grease leakage to ensure the CV joint remains protected. Given the previous advisory regarding rear axle bushes in 2019, a thorough check of all suspension bushings and steering linkages is advisable to confirm that the previous wear has not progressed into more costly mechanical failures.