2014 Toyota Auris 1.8L Electric · MD14 ATN

Heavy component usage and repeated failures regarding front suspension, steering joints, and braking systems define this vehicle's roadworthiness history. While the vehicle successfully passed its most recent MOT test on 26 June 2024 with no advisories or defects recorded, previous years show a clear pattern of severe consumable wear and structural tyre issues, including dangerous failure entries for dangerously thin brake pads and a tire structural bulge in 2022. Additionally, recurring advisories and failures for front MacPherson strut top bearings and steering rack inner joint play indicate that key chassis components have faced substantial strain over time, even if recent rectifications allowed the car to pass its latest inspection. Accumulating over 250,000 miles since 2014, the vehicle has seen intensive road usage, averaging over 20,000 miles per year. High-mileage operation on this scale accelerates fatigue across all mechanical systems, particularly the engine, gearbox, wheel bearings, and suspension mounting points. While high annual mileage often reflects higher-speed cruising that can reduce urban clutch wear, the sheer volume of road friction and chassis vibration means that major mechanical assemblies are well into an advanced operational phase and warrant thorough evaluation regardless of clean recent test results. Prospective buyers should pay meticulous attention to the front steering and suspension setup during a road test. With play previously noted across multiple tests in the nearside steering rack inner joint, alongside a major failure recorded for excessive play in the offside front MacPherson strut top bearing, any loose steering response or structural clunking over road imperfections must be investigated. On the road, feel for a loose or vague response around the centre position of the steering wheel, wandering at highway speeds, or knocking sounds when turning at low speeds or navigating speed bumps, as these symptoms indicate worn steering linkages or fatigued strut mounts. Furthermore, the test record highlights previous concerns with rear brake disc wear, severely depleted friction material, and loose heat shielding beneath the vehicle. During the test drive, apply the brakes firmly to check for pedal pulsation, grinding noises, or steering pull that could signal warped discs or sticking calipers. Listen beneath the floorpan for metallic rattling under acceleration, which suggests an insecure rear exhaust heatshield. Finally, verify that the tyre pressure monitoring system light illuminates and extinguishes correctly on ignition, and inspect the front tread for uneven edge wear that would point to uncorrected wheel alignment.