2023 Toyota Corolla Icon HEV CVT 2.0L Hybrid electric (clean) · LP23 UOU

The vehicle presents a highly favourable current MOT status, having achieved a clean pass on the most recent test dated 25 June 2026, with no defects or advisories recorded by the examining tester. With only this latest examination noted on the official DVSA history, the overall maintenance trajectory cannot be fully charted against earlier test cycles, but the absence of any flagged items at the three-year point suggests that the vehicle is presently in a sound mechanical state and free from any immediately pressing safety or environmental concerns that would have warranted tester attention. As this is a hybrid electric vehicle, it is also worth noting that the MOT testing regime for hybrid and petrol powertrains is identical under current DVSA standards, so any hybrid-specific component concerns would not appear within these records. Regarding recorded mileage, the vehicle shows 19,745 miles over an approximate three-year span, which equates to roughly 6,582 miles annually. This usage rate is broadly typical for a privately operated modern vehicle and sits comfortably below the national average, indicating neither excessive motorway accumulation nor prolonged periods of standing idle. Such moderate annual mileage generally correlates with predictable wear on consumable items such as brake friction material, tyres, and wiper blades, and suggests that the hybrid system, including the high-voltage battery and regenerative braking components, has likely been exercised regularly enough to maintain functional health. There are no indicators within the supplied records of erratic or unusually high mileage accumulation between tests. Given the clean MOT history and the relatively modest usage profile, a prospective buyer should nevertheless conduct a series of practical physical inspections consistent with a three-year-old vehicle. Although the recorded mileage is low, calendar age introduces deterioration in rubber and polymer components regardless of mileage accumulation, so the sidewalls of all four tyres should be examined closely for perishing, hairline cracking, or UV degradation, and the manufacturing date codes on the sidewalls should be checked to ensure none are excessively aged. The 12-volt auxiliary battery, which powers the vehicle's ancillary systems and is separate from the hybrid traction battery, should be load-tested to confirm its state of health, as conventional lead-acid units commonly degrade after three to four years. Brake discs, particularly on the rear axle where regenerative braking reduces mechanical friction, should be inspected for surface corrosion, and the caliper slide pins should be checked to ensure they are not seizing, as low mechanical usage can lead to binding. Finally, time-based servicing items should be verified, including engine oil and filter changes, coolant replacement, brake fluid renewal which is typically required every two years regardless of mileage due to its hygroscopic nature, and confirmation that the hybrid system coolant and inverter coolant have been inspected in accordance with the manufacturer's schedule. A thorough test drive should pay particular attention to any unusual noises from the suspension over uneven surfaces, smooth operation of the continuously variable transmission, and confirmation that the vehicle transitions seamlessly between electric and hybrid drive modes without warning lights or hesitation.