2022 Ford Focus Titanium Mhev 1.0L Petrol · WM72 FPD

A clean MOT pass for this 2022 Ford Focus Titanium MHEV on 1 December 2025 reflects a solid baseline of roadworthiness with only a single advisory logged at that test, which speaks to a generally well-maintained mechanical condition for a car of its age. The advisory concerning both front tyres wearing close to the legal limit and showing edge wear is, however, a meaningful pointer to the geometry and suspension health of the front axle, and should not be dismissed as a routine consumable note. Edge wear on both fronts simultaneously typically points to either a consistent camber issue, chronic under-inflation, or worn front suspension components allowing the tyres to scrub rather than roll flat. Given that this is the only recorded advisory across the available testing history, the picture is one of stable mechanical condition rather than any escalating pattern of deterioration, but the front-end wear pattern warrants close physical inspection before commitment. With only 14,852 miles recorded over approximately four years, this Focus has been driven at an average of around 3,713 miles annually, which is substantially below typical private use for a family hatchback of this class. Such low annual accumulation often indicates a second car, a commuter covering short journeys, or extended periods of standing between uses, and either scenario carries specific mechanical implications. Short-trip urban use tends to place greater thermal stress on the brake discs through repeated light braking without sufficient running time for heat dissipation, while prolonged standing can accelerate ageing of rubber components such as brake seals, suspension bushes, and the 48V mild-hybrid system components themselves. The low recorded mileage means the major mechanical assemblies are unlikely to be heavily worn in terms of internal contact surfaces, but the peripheral and sealing components may not have benefited from regular operational cycling. For a prospective buyer, the front tyre edge wear advisory should immediately prompt a close inspection of the front suspension and steering geometry. On a test drive, listen for clonking or knocking noises from the front end over speed humps and uneven surfaces, which can indicate worn anti-roll bar drop links, top mounts, or wishbone bushes, and pay particular attention to whether the steering pulls to either side under steady motorway cruising, suggesting either alignment drift or a bent component following kerb impact. Examine the inner and outer edges of any currently fitted front tyres for feathering or uneven shoulder wear compared to the centre tread, as a fresh set of tyres fitted after the advisory could mask an unresolved underlying cause. Additionally, check that the tracking is within specification on a reputable alignment ramp, as simply replacing the tyres without correcting the geometry will see the same wear pattern recur rapidly. The mild-hybrid system on this vehicle, comprising the 48V belt-driven starter generator and associated battery pack, should also be evaluated given the low usage profile. On startup, observe whether the system performs its typical smooth transition between the internal combustion engine and the electrical assist function without warning lights or hesitation on the instrument cluster, and confirm there are no stored powertrain faults that could be linked to battery state of health. Brake pedal feel should be firm and progressive without excessive travel or sponginess, as the regenerative braking function relies on consistent hydraulic response, and any binding or dragging sensation when releasing the pedal after driving could point to a seized caliper or stuck brake mechanism stemming from infrequent use. Finally, inspect the underbody and wheelarches for any early surface corrosion, as even low-mileage vehicles stored outdoors can develop rust on suspension arms, brake pipe unions, and the subframe mounting points, none of which would yet have triggered an MOT advisory but could become relevant within the next testing cycle.