2009 Toyota Auris 1.3L Petrol · GY59 CWM

The 2009 Toyota Auris presents a mixed roadworthiness profile marked by two consecutive failed MOT tests in 2024 followed by a clean pass in September 2025. The 2024-09-10 test revealed a serious major failure with an engine inoperative condition (8.2.1.2 (h)) alongside persistent issues including rear tyres worn close to legal limits on both sides, corroded brake pipes on both near-side rear and off-side front positions, and similar corrosion on the off-side rear brake pipe. Despite these setbacks, the vehicle recovered with a successful MOT on 2025-09-05, indicating that underlying problems were resolved but leaving a legacy of recurring concerns that a prospective buyer should verify before committing. The pattern suggests intermittent rather than progressive deterioration, with the engine fault being the most critical failure point that required attention during the 2024 assessment cycle. The recorded mileage of 101,822 miles across approximately 17 years yields an average annual accumulation rate of roughly 5,990 miles, which is notably lower than typical usage for a vehicle of this model and age. While this low mileage reduces expected wear on many consumable components such as brake pads and clutch wear, it does not eliminate the risk associated with the documented faults. The absence of significant mileage increase between the 2022 and 2024 MOTs suggests the vehicle may have been stored or driven infrequently at various stages, potentially allowing certain systems to remain underutilised while others continue to accumulate hidden damage. The gap between the 2024 failed assessments and the 2025 passing test provides a window where unresolved issues could have persisted undetected until the next mandatory inspection. Regarding the specific components flagged in the MOT history, the engine MIL identified in 2024 represents the most urgent concern requiring verification upon purchase, as a major engine failure can compromise safety and reliability regardless of external appearance. The repeated brake pipe corrosion on both the near-side rear and off-side front positions warrants immediate physical examination for signs of fluid leakage, rust penetration into surrounding structures, and potential compromised braking efficiency when tested on a road environment. The rear tyres consistently appearing worn close to legal limits across multiple tests suggest either excessive lateral loading or uneven wear patterns that could manifest as handling instability or increased brake wear even with moderate annual mileage. Additionally, the brake disc condition noted in 2023 as pitted or scored, combined with current corrosion issues, indicates that brake system health requires thorough inspection for pad thickness, rotor surface integrity, and potential hydraulic system contamination. Buyers should conduct a detailed test drive focusing on three primary areas derived from the MOT record. First, listen for any abnormal engine noises during acceleration and deceleration cycles, particularly paying attention to misfire characteristics or loss of power that would confirm whether the 2024 engine failure has been fully resolved. Second, perform a controlled stop-and-go maneuver to assess braking performance, noting any spongy pedal response or prolonged stopping distances that could indicate ongoing brake pipe corrosion affecting fluid pressure. Finally, inspect the rear tyres for uneven wear patterns, especially around the outer edges where the worn-on-edge advisory appeared repeatedly, and ensure the brake discs show no excessive scoring beyond the documented pitting from 2023. Given the low mileage profile, while traditional wear patterns may appear minimal, the combination of engine failure history and recurring brake system corrosion demands careful verification of these specific components before proceeding with the purchase.