2018 Toyota Prius Business ED + Phev CVT 1.8L Hybrid electric · OY68 AUV

Three DVSA test entries spanning 2022 to 2024 show a clean roadworthiness profile for this 2018 Toyota Prius Business Edition Plus PHEV, with all three annual examinations recorded as passes and no advisories, failures, or minor defects noted against any test. The most recent examination on 24 October 2024 produced a pass with the test record carrying no recorded defects, and the earlier tests in September 2022 and November 2023 followed the same pattern of clean passes. The absence of any advisory entries across three consecutive tests is notable, but it must be understood as a snapshot of items the test station chose to flag at the time rather than a comprehensive mechanical guarantee, as DVSA testing does not cover many wear items such as the hybrid traction battery state of health, the plug-in charging system, internal combustion engine condition, or service history verification. Against an age of roughly eight years, the recorded mileage of 30,450 miles equates to an average accumulation of around 3,800 miles per year, which is low for the vehicle's age bracket and consistent with a usage profile dominated by short urban or commuter journeys rather than sustained high-mileage motorway work. The MOT record only begins in September 2022, meaning the first four years of the vehicle's life carry no recorded test data, and the gap between the 2022 and 2023 tests is roughly fourteen months while the gap between 2023 and 2024 is around eleven months, indicating fairly regular annual attendance from the point testing commenced. Mechanically, this low-and-likely-urban usage pattern tends to place greater stress on components that suffer from infrequent use rather than wear from distance covered, particularly the 12V auxiliary battery, brake discs and pads through lack of regular high-temperature drying cycles, tyres from prolonged standing periods leading to flat-spotting or sidewall deterioration, and underbody components from short journey moisture exposure without extended running to dry the system out. Given that no specific components have been flagged in the advisory records, buyer-side attention should focus on the items most likely to have aged regardless of the clean test sheet. On a test drive, listen for any irregular knocking or clonking from the front suspension over uneven surfaces, paying particular attention to the lower wishbone bushes and anti-roll bar links, and feel for vagueness or clonking through the steering rack on full lock. Check the brake pedal feel for any excessive travel, sponginess, or pulsation that would suggest corroded brake disc surfaces or sticking caliper slides, as vehicles used predominantly for short journeys are prone to disc corrosion even at modest mileages. Inspect the underside and wheel arches closely for any surface corrosion or bubbling paint, particularly around suspension mounting points and the rear subframe area, and examine all tyre sidewalls for cracking or crazing that low-mileage standing periods can produce. Finally, although not part of the MOT scope, the plug-in hybrid system's state of charge, the traction battery health indicator if accessible through the dashboard, and the operation of the external charging port and cable should be verified independently, as the MOT history cannot speak to the condition of the hybrid drivetrain that defines this particular PHEV variant.