2015 Ford Ecosport 1.0L Petrol · YP65 XPY

A persistent pattern of rear parking brake deficiencies dominates the mechanical record of this 2015 Ford EcoSport, with the parking brake system appearing in five separate test entries across the most recent three MOT cycles. In August 2024, the vehicle failed outright on three parking brake majors covering efficiency below requirements and both rear parking brake actuators being inoperative on their respective sides. The following September, a further major was issued for insufficient brake lever reserve travel on the parking brake, before the most recent August 2026 test noted that rear parking brake efficiency was only just met and that adjustment or repair is required. Additionally, the same August 2026 visit produced a dipped beam headlamp failure on the offside front that was rectified to allow a pass. The cumulative evidence points to a rear braking system that has not held stable performance across annual testing. Against an eleven-year vehicle age, the recorded 61,187 miles equates to approximately 5,562 miles per year, which sits well below the typical accumulation rate for a car of this vintage and indicates either genuine light use or extended periods of inactivity. The MOT history itself shows tests clustered around August and September of each year from 2023 to 2026 with no gaps suggesting a long off-road lay-up, so the low figure appears to reflect consistent but infrequent driving rather than a recent return to service. Mechanically, low annual mileage can preserve drivetrain and major component life, but it also tends to accelerate corrosion on brake discs, calliper seizure, and deterioration of rubber bushes and coil springs through lack of regular load cycling, all of which align with the defects recorded on this vehicle. The 2025 test surfaced four advisories that warrant close physical inspection before purchase. Both rear inner suspension trailing arm bushes were flagged as worn though not yet at the point of excessive movement, and both rear coil springs showed corrosion on the nearside and general wear on the offside. On a test drive, these defects typically present as clonking or knocking from the rear axle over speed humps and uneven surfaces, vague or imprecise rear end behaviour during direction changes, and visible surface rust or pitting on the spring coils when viewed underneath. A further check should be made for any uneven tyre wear on the rear axle, as deteriorated trailing arm bushes allow camber changes that scrub the inner or outer shoulders of the rear tyres. None of these items were recorded again in 2026, but trailing arm bushes and coil springs do not self-repair, so a borescope or ramp inspection of the current state is strongly advised. The rear parking brake issue should be regarded as the primary mechanical concern and warrants a focused test before committing to purchase. On application, the lever should reach a firm hold within a reasonably short pull travel and the vehicle should resist rolling on a moderate incline with the lever at three to five clicks; any need to pull almost to the vertical, or any tendency for the vehicle to creep, indicates the self-adjusters, cables, or rear shoe mechanisms are still compromised. The August 2026 dipped beam headlamp failure should also be verified as a fully resolved repair rather than a temporary bulb swap, and both headlamp lenses checked for UV frosting which on a 2015 vehicle is common and reduces beam intensity. Given the recurring brake-related majors, the suspension advisories on an ageing chassis, and the modest annual mileage that may be masking component stagnation, a pre-purchase inspection on a ramp with particular attention to the rear brake drums or caliper mechanisms, trailing arm bushes, and coil spring condition is essential.