2013 Ford Focus 1.6L Diesel · BX63 UWN

A recurring pattern of suspension and tyre-related defects defines the MOT history of this 2013 Ford Focus, with three failures recorded across 2022, 2025, and 2026, plus advisories in 2023 and 2024 pointing to progressive corrosion and wear in the underpinnings. The most recent test on 6 May 2026 was a pass with no defects recorded, but only one day earlier the vehicle failed with a cluster of major items, including an excessively worn offside front lower suspension arm pin or bush at the rear location, a nearside rear shock absorber leaking fluid seriously, an offside rear parking brake inoperative on one side, and an incorrect headlamp beam image. Earlier failures are equally instructive: a dangerous fractured offside front coil spring and an anti-roll bar linkage ball joint likely to become detached were recorded in April 2025, and a dangerous nearside front inner tyre with exposed ply or cords was flagged in November 2022. The vehicle has therefore only achieved consecutive passes through repeat testing rather than consistently clean presentations, which is a relevant distinction when weighing purchase risk. At 151,055 miles over thirteen years, this Focus accumulates roughly 11,600 miles annually, which sits broadly in line with typical usage for its age. The test intervals are mostly annual, though the close proximity of the two May 2026 entries indicates a straightforward pass-on-retest rather than a long dormant period. Mileage progression across the record is consistent, with no sudden gaps or implausible jumps that would suggest clock irregularities or extended standing time. Mechanically, sustained high-mileage use on a Focus of this generation places predictable demand on the suspension links, bushes, coil springs, brake discs, and shock absorbers, all of which have surfaced in this record. The 2024 advisory noting corrosion across various suspension components is a particularly relevant marker, as it aligns with the subsequent failures involving worn bushes, fractured springs, and leaking dampers. Given the documented failures, a prospective buyer should prioritise a thorough physical inspection of the front and rear suspension. With the offside front coil spring having fractured and the anti-roll bar ball joint judged likely to detach, listen and feel for clonks or looseness over speed humps and uneven surfaces, and check that both front coil springs sit at equal height with no visible cracking. The 2026 entry identified an excessively worn rear bush in the offside front lower arm and a slight play at the nearside front ball joint, so any knocking under braking, vagueness in the steering around the straight-ahead, or uneven tyre wear across the front axle would be consistent with continued deterioration. Shock absorber condition should also be examined given the confirmed fluid leak on the nearside rear unit; bounce the rear of the vehicle at each corner and count the oscillations, with more than one and a half rebounds after release suggesting weakened damping. The braking system deserves direct scrutiny following the inoperative parking brake on the offside rear in 2026. With the handbrake, confirm that the vehicle holds firmly on an incline on each side independently, and during a road test check for any pulling to one side under moderate pedal pressure, which could indicate a binding or seized rear caliper or drum mechanism. The 2023 advisories across both front and rear tyres, including cracking and perishing on the rear pair, suggest rubber ageing is a factor to monitor even if tread depth remains acceptable, and the dangerous cord exposure recorded on the nearside front inner tyre in 2022 reinforces the need to inspect inner tread surfaces carefully. The incorrect headlamp beam image flagged in 2026 is also worth verifying by checking low beam pattern against a wall at night for sharp cutoff and correct alignment. Finally, the corrosion advisory from 2024 warrants a careful look underneath at the subframe, suspension arms, and brake pipe runs, as surface corrosion progressing to structural compromise is a known issue on high-mileage Focus chassis of this vintage.