2014 Ford Ecosport 1.5L Diesel · FX64 LML

The most recent DVSA MOT test on the 2014 Ford Focus ST (Ecosport) occurred on 30th April 2026, where it failed due to three minor defects: an inoperative rear registration plate lamp, mismatched front tyre sizes on the same axle, and incorrectly positioned offside front headlamp. Despite this failure, the vehicle’s overall maintenance history over the preceding two years shows a stable trend, with no subsequent failures or advisories recorded between the April 2026 test and the previous clean MOT in May 2025. The presence of minor defects in the latest test, particularly the lamp and lighting-related issues, suggests routine wear or installation errors rather than systemic failure, but the mismatched tyres and headlamp positioning are critical for roadworthiness and should be addressed promptly to avoid further inspection failures. The vehicle’s recorded mileage of 96,293 miles is consistent with its age, approximately 8,024 miles per year, which is within the expected range for a car of this model and vintage. This usage rate indicates moderate to heavy annual driving, which accelerates wear on consumables such as brake pads, tyres, and suspension components, as well as fluid degradation over time. While the mileage does not appear excessive for a 12-year-old vehicle, the combination of long periods of stationary use—evident from the advisories recorded in previous MOTs—could have contributed to corrosion in the rear suspension coil springs and swivel pins, particularly if the vehicle was left exposed to moisture or parked in damp conditions. The annual mileage also suggests that the drivetrain and transmission may have undergone more stress, warranting closer attention to fluid levels and component integrity. For the prospective buyer, the most pressing immediate concerns stem from the recent MOT failure and the advisories from previous tests. The corroded rear coil springs and swivel pins are critical advisories that indicate potential long-term suspension failure, such as uneven ride height, excessive body roll, or premature suspension bush wear. On a test drive, listen for unusual clunking or rattling noises from the rear axle area, particularly when cornering or over bumps, as these may signal worn swivel pins or bushings. Inspect the rear suspension visually for any signs of excessive play or deformation in the springs or mounting points. The mismatched tyres and incorrectly positioned headlamp are straightforward but essential fixes to ensure compliance with legal standards and prevent further inspection failures. Addressing these issues promptly will restore the vehicle’s roadworthiness and prevent further wear from improper alignment or uneven tyre wear. Beyond the immediate concerns, the buyer should conduct a thorough physical inspection of the vehicle’s structural and fluid-based components. Given the vehicle’s age and the advisories of standing corrosion, check the underside for signs of rust progression, particularly around the rear wheel arches, exhaust system, and suspension mounting points. Inspect the brake discs and pads for signs of corrosion, binding calipers, or uneven wear, which could indicate standing corrosion or thermal degradation. Verify that the brake fluid is free from contamination and that the master cylinder and hydraulic system are functioning correctly, as brake performance can degrade over time due to fluid absorption of moisture. Additionally, check the tyre sidewall for signs of perishing or cracking, which can compromise tyre integrity and safety, especially if the vehicle has been stationary for extended periods. Finally, test the 12V battery and starter system, as older vehicles are more prone to electrical failures, particularly if the battery has not been regularly maintained or replaced. Ensure that the service book is up to date, particularly for fluid servicing intervals, which for a vehicle of this age should include regular checks of engine oil, coolant, and transmission fluid, as well as brake and differential fluids, to mitigate calendar-based degradation.