2018 Ford Focus 1.5L Diesel · LS67 OCP

The most recent DVSA examination on 20 November 2025 recorded a Pass alongside several advisories, notably corrosion on the offside rear brake pipe and brake hose ferrules, low front brake pads, corrosion on both front brake discs, and the continued presence of sill covers and under-tray covers which obscure full structural inspection. The preceding test history shows a clear pattern of increasing wear-related issues, particularly affecting the braking system and steering. On 21 November 2024, a Dangerous defect was identified on the nearside front track rod end ball joint, recorded as having serious risk of detachment with a loose lock nut and play in the steering. The 2023 test similarly recorded a Major defect concerning play in the steering rack inner joint on the nearside, and lighting failures across multiple positions. While the vehicle has continued to pass its annual tests, the cluster of advisories around brake pipe corrosion, disc corrosion, and suspension or steering wear indicates a worsening maintenance trend and warrants close physical scrutiny prior to purchase. The recorded mileage of 145,125 miles over an eight-year life equates to approximately 18,141 miles annually, which is notably high for a Ford Focus of this age and points to sustained, regular use. The MOT records do not reveal significant mileage gaps, suggesting the vehicle has been in near-continuous service rather than left standing for extended periods, which reduces the likelihood of standing-related issues such as seized brake calipers, perished tyres from age alone, or battery degradation through inactivity. However, this elevated mileage profile considerably accelerates wear on consumable and mechanical components. The high annual mileage means that clutches, dual-mass flywheels (if fitted to a manual variant), turbochargers, suspension bushes, coil springs, anti-roll bar links, and wheel bearings will have been subjected to far greater stress than a lower-mileage equivalent, and any inspection should bear this usage intensity firmly in mind. Given the recurring advisories relating to brake pipe and brake hose corrosion on the rear circuit, a prospective buyer should physically inspect the entire length of the brake pipework, particularly along the underside of the vehicle and within the wheel arches where road salt and moisture accumulate. Corrosion at the pipe ferrules and the visible pipe itself suggests the broader system is ageing and replacement of the affected sections is likely imminent, with costs escalating if the corrosion extends toward the unions on the rear axle or under the floor pan. The advisory of low front brake pads combined with corrosion on both front discs indicates the braking system is approaching a major service; on a test drive, the buyer should listen for any brake shudder through the steering wheel under firm pedal application, which would suggest the front discs are now pitted or worn beyond their service limit and require replacement alongside the pads. The previous Dangerous defect on the nearside front track rod end, although presumably rectified to achieve the subsequent Pass, warrants specific attention. On a test drive, the steering should be checked for any knocking or clonking over uneven surfaces, vague or wandering straight-line stability, uneven tyre wear particularly on the inner or outer edges of the front tyres, and any looseness or slack when the steering is turned with the vehicle stationary and the wheels just clear of the ground. Beyond the recorded defects, the high-mileage profile demands a thorough mechanical evaluation of the drivetrain and supporting systems. The engine oil and filter should be checked for recent service evidence, and the cooling system examined for any signs of leaks or degraded condition given the sustained operational hours. Transmission fluid on automatic variants, or gearbox oil on manuals, should be inspected for condition and age. The 12V battery should be load-tested given that high-mileage vehicles with frequent short journeys often suffer premature battery degradation. The exhaust system, including the catalytic converter and rear silencer, should be examined for corrosion and blowing joints, particularly given the under-tray covers which can trap moisture against metal components. Tyres should be inspected not only for tread depth but for any signs of uneven wear patterns indicative of alignment or suspension geometry issues, and all four shock absorbers and bushes should be assessed for age-related deterioration. Given the documented steering concerns and braking system wear, a pre-purchase inspection by a qualified technician with the vehicle raised on a ramp would be strongly advisable to verify the integrity of the underside components, confirm the full extent of the brake pipe corrosion, and ensure that the previous track rod end replacement was carried out to a satisfactory standard with correct torque settings.