2013 Toyota Auris 1.8L Hybrid electric · LM63 YCG

The most recent MOT test conducted in September 2025 resulted in a pass, but the record indicates a notable shift in the vehicle's condition compared to the previous three years of clean certificates. While the vehicle maintained a defect-free status between 2022 and 2024, the emergence of multiple advisories and a minor defect in the latest inspection suggests that the vehicle is transitioning into a period of increased age-related wear and component degradation. This trend indicates that while the car remains roadworthy, it is entering a phase where more frequent maintenance and component replacements will be necessary to maintain its condition. The recorded mileage of 312,541 miles is exceptionally high for a thirteen-year-old vehicle, representing an annual average of approximately 24,000 miles. This intensive usage profile means the vehicle has been subject to significant mechanical stress over its lifetime. While high mileage does not inherently mean a vehicle is unreliable, it does imply that major drivetrain components, suspension assemblies, and steering elements have undergone extensive cycles of use. A prospective buyer must prioritize a thorough inspection of the service history to confirm that regular oil changes and major interval services have been performed to mitigate the effects of such heavy usage. Specific attention must be paid to the advisories regarding the rear coil springs and the offside rear wheel grabbing. The corrosion on the rear coil springs is a significant concern, as a snapped spring can cause sudden handling instability; listen for any heavy clunking or metallic knocking sounds when traversing uneven surfaces. The report of a grabbing rear wheel suggests a binding brake caliper or a seized piston, which can lead to overheating, premature pad wear, or the vehicle pulling to one side during deceleration. During your test drive, check for any brake pedal pulsation, excessive heat from the wheels after use, or an unusual smell of burning friction material. Finally, the reported corrosion on the sills and underbody, alongside the deteriorated anti-roll bar linkage ball joint dust cover, warrants a close physical inspection. Examine the vehicle's underside for structural rust that could compromise the chassis integrity. The deteriorated dust cover on the anti-roll bar linkage is a precursor to more significant suspension play; listen for rhythmic rattling or clicking when turning the steering wheel or driving over speed bumps. Given the high mileage, it is also essential to check for any signs of fluid leaks from the engine, gearbox, or shock absorbers, as seals and gaskets are prone to failure after such extensive operation.