2010 Toyota Auris 1.8L Electric · LS60 GPJ

The 2010 Toyota Auris received its most recent MOT test on 2025-10-09, passing with two advisories regarding tyre wear on both front and rear nearside and offside positions, each nearing the legal limit and exhibiting edge wear indicative of uneven or excessive tread loss. While the vehicle has otherwise maintained a clean MOT history since 2024, the recurring advisories on tyre wear—particularly the consistent appearance of inner and outer edge wear—suggest a pattern that warrants closer inspection. The presence of a failed MOT in 2022 for an insecure exhaust system, alongside the persistent suspension ball joint advisories from 2020, indicates that while the vehicle has avoided critical failures, the underlying wear processes affecting tyres, suspension, and exhaust components are not entirely benign. The overall maintenance trend appears stable in terms of passing MOTs, but the cumulative advisories point to areas where proactive maintenance or potential replacement may be necessary before further deterioration compromises roadworthiness or safety. The recorded mileage of 156,859 miles for a vehicle aged approximately 16 years represents a reasonable annual usage rate of around 9,804 miles, which is typical for its age and class. However, the relatively high mileage—especially given the vehicle’s age—suggests significant operational exposure, particularly to suspension, tyres, and drivetrain components. The consistent wear patterns on tyres, such as edge wear and inner/outer tread degradation, are more likely to result from prolonged use rather than occasional driving, indicating that the vehicle has likely undergone sustained stress on its suspension geometry and alignment. The absence of significant mileage gaps in the MOT history could imply either consistent usage or periods of low activity, but the wear advisories suggest that the suspension and tyre systems have been subjected to cumulative fatigue over time, necessitating a thorough examination of alignment, camber angles, and potential suspension component wear. For the prospective buyer, the most critical inspection should focus on the suspension system, particularly the lower control arms and ball joints, which have shown severe dust cover deterioration and slight play in prior MOTs. On a test drive, listen for unusual clunking noises from the front suspension, particularly when driving over bumps or at speed, as this may indicate worn or failing suspension bushes or ball joints. Inspect the front and rear tyres for signs of uneven wear beyond the advisories noted in the MOT history—look for directional wear patterns, cupping, or excessive internal tread loss—which could signal misalignment, warped discs, or binding calipers. Additionally, check the exhaust system for leaks or disconnections, as the 2022 failure highlights the risk of carbon monoxide exposure and potential structural integrity issues if the exhaust has been left unattended for prolonged periods. Verify that the brake discs, particularly the front ones, show no signs of excessive corrosion or binding, which can occur when the vehicle stands stationary for extended periods without regular use. Beyond mechanical checks, the buyer should conduct a comprehensive physical inspection of the vehicle’s exterior and interior for signs of age-related degradation. Given the vehicle’s age and mileage, examine the tyres for sidewall cracking or perishing, which can compromise their structural integrity and increase the risk of sudden failure. Check the 12-volt battery for signs of corrosion around terminals, poor electrical connections, or reduced cranking power, as older batteries in high-mileage vehicles are prone to failure. Inspect the brake fluid reservoir for a low or cloudy appearance, which may indicate fluid degradation or contamination, and consider having the brake system flushed if the vehicle has not undergone a brake service in the last 2–3 years. For fluids that are not subject to frequent consumption, such as differential, transmission, and coolant, check their levels and condition—particularly for any signs of contamination or sludge—and ensure they have been serviced according to Toyota’s recommended intervals, which for this model should include a full fluid change every 60,000–100,000 miles or every 2–3 years, whichever comes first. Finally, review the service history for any missing or outdated stamps, especially for suspension components, brakes, and exhaust repairs, to ensure that critical maintenance has not been overlooked.