2010 Ford Fiesta 1.6L Diesel · SV10 MYK

The maintenance trend for this 2010 Fiesta shows a recent decline, marked by recurring front-end defects. In the May 2026 test at 96,438 miles, the tester flagged an excessively worn Offside Front anti-roll bar linkage ball joint alongside front brake pads wearing thin and fluctuating service brake effort. The vehicle failed on the 18th, only to pass a day later on the 19th, indicating a swift repair of the linkage. Yet, the underlying issue of front-end wear persists. The tester flagged the Nearside Front suspension arm ball joint as excessively worn during the March 2025 test at 89,339 miles. Both sides of the front suspension have now suffered joint failures within a year, pointing to a pattern of deteriorating front-end structural integrity rather than a one-off issue. Covering roughly 6,000 miles annually, the 96,438 recorded miles align perfectly with a 16-year-old vehicle. The MOT history reveals a steady accumulation from 81,259 miles in March 2024 to 89,339 miles in March 2025, and finally to 96,438 miles by May 2026. This consistent increase suggests regular use without alarming spikes or prolonged periods of inactivity that typically trigger long-term standing advisories. The data is sparse but clean, showing annual testing patterns that correspond directly with the rising odometer readings. A physical inspection must thoroughly evaluate the front suspension and braking components. The repeated failure of front anti-roll bar linkage and suspension arm ball joints suggests possible neglect of worn suspension bushes or coil springs, which could have accelerated the joint wear. Examine the structural integrity of the front subframe and mounting points for corrosion, a common issue on older Fiestas. The tester noted front service brake fluctuation in May 2026, requiring a close look at the front brake discs for uneven wear and the calipers for sticking or binding. While the front brake pads were flagged as wearing thin, verify whether the recent repair included replacing the discs or if uneven disc thickness is causing the reported fluctuation.