2013 Toyota Yaris 1.5L Hybrid electric · OO06 TAY

The vehicle's current roadworthiness status is currently passing, as the most recent MOT result of 56,355 miles was passed on 2025-09-26. However, the maintenance history reveals a concerning pattern of deterioration that suggests the vehicle may not be in good condition for its age. The test dates are chronologically ordered from 2025 to 2023, indicating a significant gap between the last successful test and the most recent one. This gap, spanning over two years, is unusual for a vehicle that has been maintained for roughly 13 years, as it would typically be expected to see a more consistent trend in the MOT results. The mileage accumulation during this period reflects the vehicle's operational history. The 2025 test at 56,355 miles was the first recorded failure, followed by two subsequent tests at 52,708 and 48,138 miles. This rapid drop-off suggests that the vehicle has experienced significant wear or consumption of consumables, such as brake pads, which can cause the MOT to fail or drop in mileage. The fact that the 2023 test was also a failure indicates that the vehicle has not been maintained for a full 13 years, which is a major red flag for a used car of this age. Based on the recurring faults and structural risks identified in the history, a buyer should inspect the vehicle for corrosion and wear on critical components. The most prominent issues include corroded suspension bushes and arm components, particularly in the rear and offside positions, which are prone to failure under load. The brake system also shows signs of degradation, with the nearside rear brake pipe corroded between hoses and the front brake pipe covered in grease, indicating potential internal corrosion or binding. Additionally, the front and rear outer tyres have been damaged or cracked, which may compromise the structural integrity of the undercarriage. These recurring faults, particularly the corrosion of suspension and brake components, require immediate attention to prevent further damage to the vehicle's chassis and safety.