2011 Ford Fiesta 1.2L Petrol · MA61 DTF

A chronic pattern of front suspension wear is the defining mechanical characteristic of this 2011 Ford Fiesta, evidenced by an offside front lower ball joint that had progressed from slight play in 2023 to an MOT failure for excessive wear in August 2024, followed immediately by a pass one week later suggesting a replacement was carried out, with the most recent test on 1 September 2025 recording a pass but retaining an advisory for light oil misting on the offside rear shock absorber. The offside rear shock absorber advisory has now appeared in consecutive tests (2023 and 2025), while the nearside rear coil spring corrosion flagged in 2023 and the offside front ball joint movement in the same year show that this Fiesta has been developing multiple front and rear suspension degradation points simultaneously rather than isolated wear. Front brake discs and pads were noted as worn and thinning in 2022, and with two further years of road use since, these components should be regarded as due for replacement regardless of their absence from more recent advisories. The overall trajectory is one of a chassis that is gradually accumulating age-related wear on its suspension and braking hardware, consistent with a fifteen year old vehicle, but with no structural corrosion, exhaust, or major drivetrain defects recorded across five tests. The recorded mileage of 68,235 miles across fifteen years equates to an average accumulation of roughly 4,549 miles annually, which is below the typical usage rate for a Fiesta of this age and points to either genuinely low annual use or extended periods of inactivity. There are no extended gaps in the MOT testing record beyond the standard annual cycle, indicating the vehicle has been kept on the road consistently rather than laid up, which reduces the risk of severe brake seizure, perished rubber, or battery degradation associated with long storage. However, the low annual mileage does mean the suspension components, dampers, and brake friction materials have covered relatively few miles per year, so the wear observed is more attributable to age-related rubber degradation, corrosion, and seal hardening than to high-mileage mechanical fatigue. This usage profile means a buyer should not assume low mileage equates to a near-new mechanical state, as the MOT record clearly demonstrates that age-related wear is still progressing at a typical rate. For a prospective buyer, the priority physical checks should focus on the front suspension, given the documented ball joint failure. On a test drive, listen for clonking or knocking noises from the front end over speed bumps and uneven surfaces, particularly when turning at low speed, as worn lower ball joints typically generate audible impacts under load. With the vehicle raised, manually check for vertical and horizontal play in the offside front lower arm joint, inspect the rubber bushes in the front wishbones and anti-roll bar drop links for cracking or splitting, and examine the rear coil springs for any visible coil break or significant section loss beyond the surface corrosion already recorded. The offside rear shock should be inspected for active oil leakage rather than just surface misting, and the shock body checked for any weeping that would warrant immediate replacement. The braking system requires direct inspection as the 2022 advisories for pitted front discs and thinning inner pads are now four years old. Measure the front disc thickness against the minimum stamped specification on the disc edge, as the recorded pitting will have progressed and may now require machining or replacement. Inspect the inner and outer pad material through the caliper window, and check for any binding in the caliper sliders, which is common on low-mileage vehicles that experience short journeys. With the engine running, test for pulling to either side under firm braking and any vibration through the brake pedal, both of which would indicate disc warping or uneven friction material wear. Finally, verify that the offside rear shock replacement or the existing unit is functioning by pushing down hard on each rear corner with the vehicle stationary and counting the rebounds; an extended Fiesta should settle within one and a half oscillations, and any continued bouncing indicates hydraulic fade in the damper.