2007 Ford Fiesta 1.2L Petrol · L5 MEF

A pattern of recurring advisories centred on the front suspension ball joints, rear brake pipework, rear tyres, and front shock absorbers defines the mechanical narrative of this 2007 Ford Fiesta across its documented MOT history. The most recent test on 9 June 2026 returned a pass with no failures recorded, yet it continued the established advisory theme, flagging nearside rear tyre wear close to the legal limit on the inner edge, perishing on both rear tyres, slight play in the nearside front lower suspension arm ball joint, and severely deteriorated ball joint dust covers on both sides. Earlier tests show a consistent build-up of the same issues: the front shock absorbers were noted as lightly misting oil in June 2025, the rear brake pipes have been flagged as corroded on both sides across multiple consecutive tests from 2023 through 2025, and the front suspension ball joint dust covers have been reported as severely deteriorated on both sides at each annual test since 2023. A dangerous failure was also recorded on 8 June 2021 for a nearside rear tyre bulge caused by structural separation, a nearside front tyre below the 1.6mm tread requirement, and an inoperative nearside stop lamp, though the same date carries a pass entry indicating the defects were rectified and re-presented the same day. Despite the recurring advisories, the car has held a pass at every full test since that 2021 rectification, suggesting the advisories have been monitored rather than actively remedied. With 109,680 miles recorded across approximately nineteen years of age, annual mileage works out at around 5,773 miles per year, which sits well below typical figures for a Fiesta of this vintage. The MOT records themselves only cover mileage from 2020 onwards and show a relatively even accumulation from year to year, with no dramatic jumps or extended lay-up periods evident in the testing pattern. A low annual figure of this nature means the engine, clutch, transmission, and drivetrain components are likely to have covered fewer working cycles than the odometer reading alone might suggest, but it does not eliminate age-related deterioration of rubber, braking components, underbody metalwork, and fluid-sealed items. In practice, long periods of light use tend to shift wear away from mechanical drivetrain components and towards corrosion, perished rubber boots and bushes, dried seals, and surface oxidation on exposed steel components, all of which align with the advisories recorded on this vehicle. A prospective buyer should focus the physical inspection on the front suspension geometry, since the dust covers on the lower arm ball joints have been flagged as severely deteriorated on both sides across three consecutive tests, and slight play was specifically noted on the nearside joint in 2026. On a test drive, listen for clonking or knocking noises from the front end over speed humps, uneven road surfaces, or when turning at low speed, and feel for any vagueness or knocking through the steering wheel. With the front shock absorbers recorded as lightly oil-misted in 2025, bouncing the front of the vehicle and watching for continued oscillation after release will indicate whether the damping has worsened, and any fluid tracking down the shock bodies or pooling on the upper mounts warrants close attention. Jacking the front end and rocking the wheels by hand at three and nine o'clock will expose excess play in the ball joints more reliably than a road test, and a pry bar against the lower arm will reveal any rotational movement in the joint itself. The rear brake pipe corrosion advisories recorded from 2023 onwards on both sides, including the 2025 entry noting the pipes are covered in grease or other material, point to ongoing surface deterioration of the underbody brake lines, which is a known concern on Fiesta models of this era. A thorough inspection should involve looking underneath the vehicle along the brake pipe runs from the flexible hoses back to the rear axle and forward to the master cylinder, checking for flaking, pitting, or any active seepage, and confirming the flexible hoses remain supple and uncracked. Given the recurring rear tyre wear close to the legal limit on the nearside and perishing on both rear tyres, an alignment check is worthwhile, as rear edge wear on the nearside can suggest a bent trailing arm, weak rear bush, or a tracking issue that will continue to chew tyres regardless of fitment quality. Finally, a check of all brake lights, including the stop lamp that failed in 2021, and a careful look at the rear nearside tyre sidewall for any residual bulging should be carried out, along with a general underbody examination for corrosion given the vehicle's age and the brake pipe deterioration already documented.