2016 Ford Focus 1.5L Diesel · EO16 BBN

A pattern of recurring front suspension component wear defines the mechanical history of this 2016 Ford Focus, with worn lower arm rear bushes flagged at both nearside and offside positions across successive tests, culminating in a failed MOT on 19 February 2025 where these advisories were carried forward alongside additional rear suspension concerns. The vehicle returned to roadworthy status at the same test date following remedial work, and the most recent pass recorded on 2 February 2026 shows the front suspension advisories have cleared, though the introduction of close-to-legal-limit front tyres and a contaminated headlamp light source suggests that fresh wear items are now emerging. The overall trend indicates a chassis that has been actively maintained rather than neglected, with specific bush and spring components reaching the end of their service life around the 100,000-mile mark. At 100,283 miles against a ten-year span, the vehicle averages roughly 10,028 miles annually, which is broadly typical for its age and suggests consistent rather than sporadic use. The MOT record demonstrates uninterrupted annual testing from at least 2023 onwards, with no significant lay-up periods evident from the available data. This level of mileage is sufficient to place normal wear-and-tear items such as suspension bushes, coil springs, brake discs, tyres, and exhaust mounts within their expected replacement windows, particularly for a Focus of this generation where rear trailing arm bushes and front lower arm rear bushes are known to deteriorate progressively with mileage accumulation. A prospective buyer should focus their physical inspection on the suspension system, given the cluster of advisories recorded. On a test drive, listen for clonking or knocking noises from the front suspension over uneven surfaces, particularly when traversing speed bumps or potholes, as this would indicate the lower arm rear bushes have worn beyond acceptable movement. Pay close attention to rear ride quality and any sagging or uneven stance, since the nearside rear coil spring was flagged for slight corrosion and the trailing arm bush exhibited wear. Check for uneven tyre wear across the front axle, which can accelerate if the suspension geometry is compromised by deteriorated bushes, and inspect the rear coil spring visually for advanced corrosion that could compromise structural integrity. The offside front wheel distortion noted previously should be examined for any residual vibration through the steering wheel at speed. Brake pedal feel and stopping response warrant attention during the test drive, including any pulling to one side under heavy braking that could suggest binding calipers or uneven pad wear secondary to suspension geometry changes. With the front tyres recorded as close to the legal limit, immediate replacement will be required after purchase, and the inner edge wear pattern should be inspected as it can signal tracking misalignment or compromised bush geometry. Finally, verify that the headlamp light source contamination is purely cosmetic by checking beam pattern and output in a darkened environment, and ensure that all previous advisories have been comprehensively resolved by reviewing any rectification invoices and confirming that no warning lights remain illuminated on the dashboard.