2011 Toyota Auris Hybrid T Spirit CVT 1.8L Electricity · LL60 WCX

A clean and uninterrupted MOT history defines this 2011 Toyota Auris Hybrid, with five consecutive tests recorded between 2018 and 2025, all returning a pass with no advisories, failures, or even minor defects noted by the inspecting station. This is an unusually tidy administrative record for a fifteen-year-old vehicle, reflecting that the car has never been flagged for any component deterioration during the seven-year testing window covered by the data. The most recent assessment on 31 July 2025 was completed without a single advisory being raised, and the trend across the entire sequence of tests is one of stable roadworthiness from an MOT perspective, with no recurring component categories appearing to suggest progressive wear. The absence of any advisory entries means there is no documented pattern of brake, suspension, tyre, corrosion, or exhaust concern that would typically build on a vehicle of this age and platform. Mileage stands at 65,593 miles across a fifteen-year lifespan, equating to an annual accumulation of roughly 4,373 miles per year, which is notably low for the vehicle's age and considerably below the average for a family hatchback of its vintage. The recorded MOT tests span from April 2018 to July 2025, with five entries over that seven-year period showing gaps between tests of approximately one to two years, consistent with normal annual MOT scheduling rather than extended periods off the road. From a mechanical standpoint, this modest mileage reduces the expectation of wear-related failures on major drivetrain and suspension components, though hybrid-specific elements such as the battery pack, inverter, and regenerative braking system warrant separate consideration as they are not examined under standard MOT testing. Lower mileage usage of this nature does mean that some rubber components, particularly age-sensitive items like the 12V auxiliary battery and coolant hoses, should still be assessed against their calendar age rather than distance covered. Given the complete absence of flagged components in the recorded test history, a prospective buyer should concentrate their pre-purchase inspection on the areas typically associated with hybrid vehicles of this generation reaching mid-teens in age. Particular attention should be paid to the condition of the engine and transmission mounts, as well as the lower suspension arms and bushes, where any knocking or clonking over uneven road surfaces would suggest deterioration not visible on an MOT ramp. The braking system should be test-driven with the transmission in B mode to confirm smooth regenerative deceleration, while a conventional firm pedal feel should be confirmed; any warning lights relating to the hybrid system on the dashboard at ignition should be investigated with a diagnostic scan specific to Toyota hybrid systems. The exhaust system, particularly the heat shields and rear silencer, should be physically checked for corrosion given the age of the vehicle, even though no MOT advisory has been raised. On the road, listen for any untoward mechanical noise from the front end during low-speed cornering, which could point to worn anti-roll bar links or track rod ends developing beneath the threshold of MOT detection. The steering should remain precise and free of vibration through all lock angles, and the clutch operation during any manual override or creep behaviour should feel consistent rather than juddering. A thorough underbody inspection is worthwhile, particularly around the rear suspension beam mounting points and subframe, where road salt exposure can initiate corrosion even on cars that have passed recent tests cleanly. The hybrid battery health should ideally be verified through a dedicated health check, as this component's state cannot be inferred from MOT data alone, and the 12V auxiliary battery is worth replacing on a precautionary basis given the calendar age of the vehicle. Finally, ensure all dashboard warning lamps extinguish promptly after start-up and that the instrument cluster shows expected hybrid system status readings before committing to purchase.