2015 Ford Focus 1.6L Petrol · MJ65 NLC

A pattern of suspension, tyre and brake-related defects emerges across the recorded MOT history, with the most recent test on 2026-09-01 returning a failure alongside advisories for rear suspension corrosion and play in the nearside front lower suspension arm ball joint. This is the third failed test in the available record, and the suspension ball joint issue is particularly noteworthy as it represents a repeat concern: the 2025-09-22 test failed on the same nearside front ball joint, albeit at that stage due to a perished dust cover rather than measurable play. The vehicle also passed with multiple advisories in 2025 covering pitted front brake discs, perishing rear tyres and rear axle corrosion, suggesting a chassis that is accumulating age-related deterioration across several areas simultaneously. The most recent failure for a malfunctioning tyre pressure monitoring system is a relatively straightforward electronic rectification, but the underlying picture is one of a car whose consumable and chassis components are now demanding closer attention, with the trend appearing to worsen rather than improve over the most recent three test cycles. With 63,071 miles recorded over approximately eleven years, the vehicle is averaging around 5,734 miles annually, which sits at the lower end of expected usage for a 2015 Ford Focus of this age. The MOT history shows tests concentrated in spring and autumn of recent years, with no significant gaps that would imply long-term standing periods, and mileage accumulation appears reasonably steady between test dates. Lower annual mileage of this nature generally reduces wear on high-stress drivetrain components such as the clutch, gearbox and engine internals, though it can accelerate degradation of items that suffer from prolonged stationary exposure, including brake discs corroding due to infrequent use, rubber components perishing through lack of flex, and corrosion taking hold on unprotected underbody surfaces. The recorded pitted front brake discs and corroded rear axle are consistent with this kind of usage pattern, where components see less frequent operation but greater exposure to environmental degradation. For a prospective buyer, the suspension ball joint play flagged on the 2026-09-01 test is the priority item to investigate, as worn ball joints on the front lower arms can produce clonking noises over uneven surfaces, vague or imprecise steering, and uneven front tyre wear. On a test drive, listen carefully for knocks from the front end when traversing speed bumps or potholes, and pay attention to whether the steering returns cleanly to centre after cornering or feels loose when driving over undulating roads. The previous failure for an excessively worn offside front brake pad down to less than 1.5 mm is also relevant, as this indicates the brake system has been run close to its wear limit; feel for a soft or long pedal travel and listen for any binding or pulling under light braking, particularly given the advisories for pitted front brake discs which can contribute to pedal judder. The rear axle corrosion advisory and rear suspension corrosion noted on the most recent failure both warrant a physical inspection from underneath the vehicle, with attention to whether the corrosion is purely surface scale or has begun to compromise structural integrity around mounting points, spring seats and brake pipe fixings. The history of dangerous tyre failures on both front tyres in early 2024 should prompt a close examination of the current tread depth and sidewall condition across all four corners, looking for any cuts, bulges or exposed ply. The pitted front brake discs previously advised would benefit from a feel test during the road drive to detect vibration under heavy braking, and a visual check of disc lipping and surface corrosion would confirm whether refurbishment or replacement is imminent. Finally, the tyre pressure monitoring system fault should be diagnosed electronically to determine whether it stems from a faulty sensor, a wiring issue, or simply perished valve stems, as this will affect the cost and scope of any rectification.