2011 Ford Focus 1.6L Petrol · EG11 BEY

The defining mechanical story of this 2011 Ford Focus centres on a clear pattern of front-end and tyre wear advisories, punctuated by a single significant suspension failure. Across six recorded tests, the vehicle has consistently passed, but the advisory trail reveals front brake discs showing edge corrosion and pitting in both 2022 and 2020, front tyres repeatedly flagged for cracking, perishing, or being worn down to near-legal limits, and wiper defects noted in 2023 and 2024. Most concerning is the August 2021 failure for a fractured offside front coil spring, an item that would have resulted in immediate refusal and required replacement before the vehicle could be re-presented the following day, when it passed with the same set of tyre condition advisories still recorded. The most recent test on 18 July 2026 returned a clean pass with no advisories, which breaks the prior pattern of recurring front-component notes and suggests either recent remedial work or natural attrition of the previously flagged wear items, though the absence of fresh advisories does not retrospectively erase the established pattern of front-end component degradation. Usage data presents a notably low-mileage profile for a fifteen-year-old vehicle, with 47,651 recorded miles equating to roughly 3,177 miles per year. This annual accumulation is substantially below the typical 7,000 to 9,000 miles expected of a daily-driven Focus of this generation, indicating either extended periods of low use or significant stationary intervals between tests. The MOT record shows reasonably consistent annual testing from 2020 through 2026, suggesting the vehicle has remained on the road throughout this period, yet the low annual mileage raises mechanical considerations specific to this profile. Infrequently driven vehicles are prone to brake disc corrosion, particularly on the front axle which bears the majority of braking effort, and this aligns directly with the repeated edge-corrosion advisories on both front discs in 2020 and 2022. Extended standing periods can also accelerate tyre sidewall perishing through ozone exposure and lack of flexing, which is consistent with the tyre cracking advisories that have appeared on four consecutive tests from 2020 through 2025. Given the chronic front brake disc corrosion flagged across multiple tests, a prospective buyer should physically inspect both front discs for lipping, visible pitting, and blueing from heat cycling, as well as check for binding calipers by feeling for residual warmth from a cold start after a short drive. The fractured coil spring recorded in 2021 warrants attention to the remaining front springs and strut assemblies for any signs of sagging, corrosion cracks at the lower coils, or knocking noises transmitted through the suspension over uneven surfaces. On a test drive, listen for clonking or creaking from the front suspension over speed bumps and undulating roads, particularly noting any asymmetry between left and right, as coil spring failure on the offside was the previous failure point. The steering should be checked for pull to either side under braking, which can indicate seized slide pins or uneven pad wear, while pedal feel should be firm and progressive without excessive travel or judder that would suggest warped discs. Tyre condition has been the most frequently flagged item across the MOT history, appearing in five of the seven recorded tests, and warrants particular scrutiny at the point of purchase. All four tyres were noted for cracking or perishing in 2021, with both fronts repeatedly flagged thereafter including a near-legal-limit wear advisory in 2025. A buyer should examine the sidewalls for visible cracking, check tread depth across the full width rather than just the central grooves, and confirm manufacturing dates since tyres older than five years become increasingly susceptible to sidewall deterioration regardless of remaining tread. The front wiper defects recorded in 2023 and 2024, together with the 2026 clean pass, suggest either replacement blades or limited use in recent motoring. Finally, verify that the fractured coil spring was professionally replaced with a matched pair rather than a single unit, as replacing only the failed spring can result in uneven ride height and accelerated wear on the opposite side, and confirm the current mileage against the gradual annual progression to ensure no discrepancy exists between the recorded figure and the vehicle's actual usage.