2010 Ford Focus 1.6L Diesel · LL10 WNX

The most recent DVSA examination on 9 August 2024 resulted in a pass, although it was accompanied by two advisories and one minor defect that warrant careful attention. The minor item concerned an inoperative offside registration plate lamp, which is a trivial electrical concern easily remedied with a new bulb or LED unit. The advisories, however, are more mechanically significant: both rear trailing arm bushes were noted as worn, and the nearside front suspension arm ball joint was recorded as having slight play. This is broadly consistent with the pattern observed across the previous tests, where similar suspension wear items have been flagged repeatedly. The advisory on the nearside front lower suspension arm ball joint first appeared in August 2023 and has now resurfaced in the 2024 test, suggesting progressive deterioration rather than a static condition. The overall maintenance trend shows a vehicle that continues to pass but is accumulating recurring suspension advisories that should be regarded as a leading indicator of forthcoming replacement work. With a recorded mileage of 258,874 miles on a 2010 registration, this Ford Focus has accumulated approximately 16,180 miles per year over its sixteen-year life, placing it firmly in the high‑usage category. Such sustained annual mileage has clear implications for the longevity of mechanical consumables including suspension components, braking hardware, clutch or automatic gearbox fluid, drivetrain mountings, and exhaust system elements. The MOT mileage progression between annual examinations is broadly consistent, indicating steady, continuous use rather than long periods of standing, which is generally favourable from a corrosion and seizure standpoint but accelerates wear on moving parts. The advisory relating to the nearside front shock absorber showing light misting of oil in 2021 is also notable, as such seepage typically progresses over time and may now warrant closer inspection of the damper body for staining or active leakage. In light of the recurring suspension advisories, a prospective buyer should carry out a thorough physical and dynamic inspection before committing to purchase. On a test drive, listen carefully for clonking or knocking noises from the front and rear suspension, especially when traversing speed bumps, potholes, or uneven road surfaces, as these are classic symptoms of worn trailing arm bushes and ball joints. Uneven or feathered tyre wear, particularly inner-edge wear on the front tyres, would corroborate deteriorating front suspension geometry, while rear tyre wear patterns can hint at trailing arm misalignment caused by perished or elongated bushes. The vehicle should also be raised on a ramp if possible so that each bush, ball joint, and shock absorber can be physically levered to confirm excessive movement beyond the manufacturer’s tolerances, and the shock absorbers examined for any fresh oil weeping down the damper body. Beyond the recorded advisories, the general age and high mileage of this Focus demand attention to age‑related items that may not yet have triggered an MOT failure but commonly affect vehicles of this profile. The 2022 and 2020 tests were returned with no advisories, yet items such as the timing belt or chain service interval, coolant renewal, brake fluid replacement, and automatic transmission fluid changes are calendar‑based and should be verified against the service history regardless of MOT findings. Brake discs and calipers may show corrosion or binding from frequent urban use, the 12‑volt battery is likely due for replacement given its age, and tyres should be inspected for sidewall perishing and cracking even if the tread depth remains legal. The 2019 failure recorded a dangerous nearside rear tyre with ply or cords exposed, which underscores the importance of checking current tyres thoroughly, as a vehicle at this mileage and age is particularly prone to neglect of routine consumables. A pre‑purchase inspection by a qualified independent technician, ideally including a borescope examination of the braking system and a diagnostic scan for any stored fault codes, would be strongly advisable.