2022 Toyota Yaris Design HEV CVT 1.5L Hybrid electric · AW03 MAM

A single PASS certificate at the July 2025 test, with no advisories or defects recorded against any system, establishes a clean baseline of roadworthiness for this 2022 Toyota Yaris Design Hybrid. With no advisories for brake component wear, suspension linkages, exhaust integrity, tyres, or corrosion, there is nothing in the DVSA record to suggest any component is approaching the end of its service life or showing early signs of structural concern. The absence of any prior failure entries or recurring defect patterns indicates that the vehicle has not been flagged for the usual hybrid-specific wear areas such as brake disc corrosion from regenerative braking, underbody corrosion, or steering component degradation. This single clean test, however, only covers one inspection cycle, so the picture is necessarily limited rather than a long-term verified pattern of consistent mechanical soundness. With 18,349 miles covered over approximately four years, this Yaris is averaging around 4,587 miles annually. That figure sits comfortably below the typical 7,000 to 9,000 miles per year seen on comparable urban runabouts, and well short of the higher accumulation rates often associated with motorway commuters or fleet use. Such modest mileage implies reduced wear on clutch and transmission components, less heat cycling through the brake system, and lower overall stress on suspension bushes, anti-roll bar links, and engine oil. The hybrid powertrain itself, particularly the e-CVT transmission and battery pack, also benefits from gentle year-round use rather than extended standing periods. The principal mechanical caveat with low-mileage hybrids is the potential for irregular use that allows the 12V auxiliary battery to discharge, but the 2025 test required all electrical systems to be functional, so there was no recorded concern at the time of inspection. For a prospective buyer, the inspection focus should be on verifying that the low mileage is genuine and that the hybrid system remains fully operational. On a test drive, listen for any abnormal whine or grating from under the bonnet when transitioning between electric and petrol propulsion, and watch the energy flow indicator to confirm the system is switching cleanly between the electric motor and the petrol engine rather than remaining stuck on one mode. A short standstill test where the engine cuts out should occur smoothly, and a gentle throttle application should bring the petrol engine back in without a noticeable jolt. Check the dashboard for any warning lamps related to the hybrid battery, the regenerative braking system, or the e-CVT transmission, as any illuminated hybrid system warning would be a serious negotiation point despite the clean MOT. Physically, even with a clean MOT, ask to see evidence of recent servicing, particularly a brake fluid change within the last two years and an engine oil and filter change within the last twelve months or 10,000 miles. Inspect all four tyres for even tread depth across the axle, as low-mileage cars often develop flat-spotting or uneven shoulder wear from kerb contact rather than long-distance wear. Lift the carpet in the boot to check the spare wheel well for any moisture staining that could indicate a rear lamp or tailgate seal leak, as water ingress can affect hybrid ancillaries. Finally, confirm the build sticker under the bonnet or on the B-pillar matches the V5C and that all driver assistance systems, including pre-collision warning, lane departure alert, and the reversing camera, operate correctly, as these are frequently checked items that contribute to a clean test outcome.