2009 Toyota Yaris 1.3L Petrol · GL09 LPF

The most recent MOT test on the 2009 Toyota Yaris occurred on 2025-10-13, where it passed with a single advisory regarding structural corrosion without compromising rigidity, alongside minor issues such as a defective front windscreen wiper blade and an operational fault in the stop lamp switch. The preceding test on 2025-10-13 failed with identical advisories and additional failures for insufficient windscreen washer fluid, indicating a pattern of recurring but non-critical defects. The earlier MOT history shows a mix of passed and failed tests, with advisories consistently related to tyre wear, brake condition, and minor mechanical or aesthetic faults. While the vehicle has not consistently failed due to major defects, the presence of repeated advisories—particularly regarding tyre wear and brake pad thickness—suggests a maintenance trend that requires closer attention rather than a stable or improving condition. The vehicle’s structural integrity is the most notable recurring concern, with corrosion noted in both 2021 and 2025 tests, which could escalate if left unaddressed, especially in wet or coastal climates where salt exposure accelerates rust progression. The recorded mileage of 104,150 miles for a vehicle aged approximately 17 years represents a reasonable annual usage rate of around 6,126 miles per year, which is typical for a car of this age and class. Such mileage suggests moderate to heavy use over its operational lifespan, particularly given the absence of significant gaps between tests or unusually rapid mileage accumulation. However, the consistent advisories on tyre wear—including multiple instances of tread depth approaching legal limits and visible cuts or damage—indicate that the tyres have undergone considerable stress, likely from prolonged high-mileage operation, aggressive driving, or underinflation. The rear tyres, in particular, show signs of cracking or perishing, which may signal underlying issues such as poor storage conditions, excessive heat exposure, or material degradation from age. These factors warrant a thorough inspection of tyre condition, including checking for lateral cracks, delamination, or signs of excessive flexing, which could compromise safety and lead to sudden failure. For a prospective buyer, the most critical areas to inspect during a physical examination and test drive are the suspension, brakes, and tyre condition, given the recurring advisories and wear patterns observed in the MOT history. On a test drive, listen for unusual suspension noises such as clunks or rattles from worn suspension bushes, coil spring end caps, or binding control arm bushings, which could indicate progressive bush failure or spring failure. Check for uneven tyre wear patterns, which may suggest misalignment, suspension issues, or incorrect wheel balancing. Specifically, the front tyres showing worn edges and cuts could indicate directional drift or underinflation, while the rear tyre cracking may point to overheating or poor tread retention. Inspect the brake system for any signs of binding calipers, excessive brake pad wear beyond the advisories, or corrosion on brake discs, which could lead to reduced braking efficiency or hydraulic failure. Additionally, verify that the windscreen washer fluid reservoir is fully operational and that the washer jets are clear of debris, as the previous MOT failures highlighted this as a recurring issue. Beyond the immediate test drive inspection, the buyer should prioritise a comprehensive mechanical check, including a visual and functional assessment of the vehicle’s structural integrity. Given the consistent advisories on structural corrosion, particularly in 2021 and 2025, the front subframe, rocker panels, and wheel arches should be closely examined for signs of rust penetration, which could compromise the vehicle’s rigidity and safety. If corrosion is evident, consider a professional inspection to assess the extent of damage and whether any reinforcement or replacement is necessary. The brake system should be serviced according to the manufacturer’s recommendations, with brake fluid changed every two years or 60,000 miles, as fluid degradation can lead to reduced braking performance and hydraulic failure. Lastly, since the vehicle has been driven at a moderate mileage rate, it is advisable to check the 12V battery health, as prolonged periods of disuse or high mileage can lead to battery drain or sulphation. Ensure all fluids—oil, coolant, and transmission fluid—are topped up and free of contaminants, and verify that service book stamps are up to date, particularly for oil changes, brake servicing, and suspension component replacements. If the vehicle has been stored for extended periods, a thorough inspection of the electrical system, including fuses, relays, and wiring harnesses, is also prudent.