2021 Ford Focus ST-Line X Edition Mhev 1.0L Petrol · SC71 HMU

A pattern of consistent roadworthiness stands out across the available DVSA test history for this 2021 Ford Focus ST-Line X Edition MHEV, with three successive passes recorded at the June 2024, June 2025, and most recent 4 June 2026 test, each returned without a single advisory or failure entry. The absence of any flagged monitoring items, corrosion concerns, or component defects over three consecutive annual examinations suggests the vehicle has been maintained to a standard that keeps wear items and structural condition comfortably within MOT pass thresholds. While the ST-Line X specification features lowered suspension, upgraded braking, and MHEV mild-hybrid ancillaries, none of these areas have produced any recorded deterioration on test. For a prospective buyer, the takeaway is a clean and stable mechanical track record with no documented weakness reappearing year on year, which is reassuring for a performance-oriented family hatchback now entering its sixth year of service. The recorded mileage of 56,265 against an approximate five-year age translates to an annual accumulation of around 11,250 miles, which sits squarely within typical usage parameters for a vehicle of this class and demographic. The MOT records do not disclose individual odometer readings, but the consistent year-on-year testing pattern with no multi-year gaps suggests the car has remained in regular use rather than being laid up for extended periods, which is mechanically beneficial for preserving battery state of charge, preventing brake disc corrosion, and keeping seals and flexibles supple. At this mileage, consumable replacement such as tyres, brake pads and discs would be expected to have been addressed at least once, and the fact that no such items were flagged at the most recent test indicates they remain serviceable. The MHEV mild-hybrid system, which uses a belt-driven integrated starter-generator in place of a conventional alternator, has likewise produced no advisories, suggesting the 48V electrical architecture is functioning without obvious fault. Given the ST-Line X specification, particular attention during a physical inspection should focus on the lowered suspension geometry, as the reduced ride height exposes underbody components to greater stress from kerb impact and speed humps. On a test drive, listen for any clonking or knocking from the front MacPherson strut top mounts, anti-roll bar drop links, and lower control arm bushes, particularly over uneven road surfaces or transverse joins, as these are known wear points on the Focus ST-Line chassis and would not necessarily have been flagged unless play was substantial at MOT. Steering should remain precise without vibration through the wheel, and any vagueness on centre or pulling under braking could indicate worn front suspension geometry or uneven brake pad wear, even if pads themselves remained above the legal limit at test. The braking system warrants close scrutiny given the ST-Line's larger front discs and calipers. During a road test, the pedal should feel firm and progressive without excessive travel, and any judder or pulsing under moderate braking may indicate disc lipping or warping, particularly if the vehicle has seen frequent urban stop-start use. At the rear, the Focus uses a simpler drum or solid disc arrangement depending on build date, and binding calipers or seized rear mechanisms can develop on cars that cover predominantly low-speed journeys, so confirm the car rolls freely when released with the handbrake off on a flat surface. Finally, inspect the underbody, exhaust mounting, and subframe mounting points for any surface corrosion or oil misting around the engine and transmission junctions, as the mild-hybrid system's additional wiring and cooling components can occasionally harbour moisture ingress, and while none of these have yet been flagged at test, a six-year-old performance hatchback deserves a thorough pre-purchase inspection to confirm the clean MOT record is fully reflective of the car's underlying condition.