2014 Toyota Auris 1.6L Petrol · LM64 UAJ

Structural integrity and suspension degradation define the mechanical profile of this Auris, which transitioned from a clean record in 2023 and 2024 to a significant failure in April 2025 and ongoing suspension advisories in its most recent March 2026 test. The 2025 failure highlighted critical braking system issues, specifically rear brake pad depletion and disc wear, alongside a chassis repair note that has persisted as an advisory through the latest inspection. While the vehicle passed its most recent MOT in March 2026, the presence of play in the anti-roll bar linkage and deteriorated ball joint dust covers indicates that the suspension components are now entering a phase of accelerated wear that requires monitoring. With 55,680 miles recorded over twelve years, the vehicle averages approximately 4,640 miles per annum, placing it well below the national average for a car of this age. This low-mileage profile suggests periods of infrequent use, which can lead to the accelerated corrosion of metal components such as brake discs and chassis sections due to prolonged exposure to the elements without the heat cycling associated with regular operation. The sudden emergence of brake-related failures in 2025 is consistent with components that may have seized or degraded through inactivity rather than high-mileage friction wear. Prospective buyers should prioritise a thorough inspection of the offside front chassis area noted in the 2025 and 2026 records to ensure that any previous repairs were completed to a professional standard and remain free of fresh surface oxidation. During a test drive, listen specifically for knocking or clicking noises from the front end when traversing speed bumps or uneven road surfaces, which would indicate that the play in the anti-roll bar linkage has progressed beyond the slight movement noted by the examiner. Any steering vagueness or a metallic rattle when turning at low speeds should be investigated as a potential symptom of the deteriorating suspension arm and track rod end dust covers, which are now susceptible to internal contamination. The rear braking system, which required significant intervention in 2025, should be assessed for signs of binding or uneven pad wear. During the test drive, perform a series of controlled stops to check for any pedal judder or a pull to one side, which could indicate that the rear discs or calipers are not operating with full efficiency. Ensure the handbrake holds firmly on an incline, as the previous failure for imbalance suggests the mechanism may have been prone to sticking. Given the current advisories regarding ball joint dust covers, verify that there is no grease leakage visible around these joints, as compromised seals will lead to premature joint failure and potential steering instability if left unaddressed.