2016 Ford Focus 1.5L Petrol · LL16 OMP

A localised but significant safety failure on the front seat belt in May 2022 stands out as the only major or dangerous defect recorded across seven tests, with the vehicle subsequently passing every annual inspection through to April 2026. The 2022 test exposed an offside front seat belt with damaged webbing that progressed to a significantly weakened state within a single day, a defect serious enough to categorise the car as dangerous to drive, yet the same assembly has passed without comment at every test since, including the most recent pass on 29 April 2026. Beyond this isolated event, the advisory history reveals a pattern of minor wear items: a brake slack adjuster requiring adjustment in 2022, both rear tyres showing perishing cracking in 2021, and in 2024 a nearside front tyre with a shallow cut alongside a damaged front subframe deemed not seriously weakened. The overall trajectory suggests a car that has been roadworthy throughout its life with only minor and largely cosmetic advisories, though the subframe damage noted two years ago warrants visual confirmation to confirm it has not progressed. With seven annual tests recorded over a ten-year period and a current odometer reading of 44,960 miles, the vehicle has averaged roughly 4,500 miles per year, a notably low accumulation rate that typically reflects limited daily use rather than high-mileage motorway driving. The mileage progression across the recorded tests appears broadly linear with no dramatic jumps or extended gaps that would suggest periods off the road or inconsistent use. For a 2016 Ford Focus, this kind of low annual mileage generally translates to lighter wear on major drivetrain components such as the clutch, turbocharger and engine internals, but it can also mean prolonged standing allowing corrosion to take hold on underbody components, particularly brake discs, calipers and exhaust mounting points. The fact that testing has occurred consistently every year without significant interruption indicates the vehicle has remained in active use rather than being laid up for extended periods. The front subframe damage flagged in May 2024 is the most consequential advisory for a prospective buyer to investigate, as subframes are load-bearing structural components that support the engine, steering rack and front suspension. While the tester concluded it was not seriously weakened at the time, any visible deformation, cracks propagating from impact points, or fresh corrosion around the damaged area should be examined closely, ideally with the vehicle raised on a ramp. The 2024 nearside front tyre cut and the 2021 rear tyre perishing are worth noting as indicators of age-related rubber degradation, and on inspection particular attention should be paid to the sidewalls of all four tyres for hairline cracking or brittleness, which can develop on lightly used cars where tyres sit for long periods between rotations. The brake slack adjuster advisory from 2022 suggests the rear drum brake self-adjustment mechanism may have been sticking or out of specification, so a test drive should include firm pedal applications from low speed to check for uneven braking or excessive handbrake travel. Given the seat belt failure recorded in 2022, a buyer should physically inspect the offside front belt for fraying, stiffness or any signs of replacement, and confirm the webbing retracts smoothly under tension. On a road test, listen for any clonking or knocking from the front suspension, particularly over uneven surfaces, which could indicate wear in the subframe mounting area or its bushings, and feel for any steering wander or pulling that might suggest the subframe geometry has shifted. The brake pedal should feel firm and progressive without sponginess, and the handbrake should hold the car securely on a moderate incline with a reasonable number of clicks of travel. Finally, a thorough underbody inspection for fresh corrosion on brake pipes, suspension arms and the exhaust system would be prudent given the low annual mileage, as lightly driven cars in the UK climate are particularly susceptible to surface rust developing on otherwise sound components during prolonged standing between short journeys.