2023 Toyota Yaris Design HEV CVT 1.5L Hybrid electric (clean) · GL72 ASZ

With just a single DVSA MOT test on file and no advisories or failures recorded, the mechanical history for this Toyota Yaris presents a neutral but limited data set. The 2026 test on 8 January returned a clean pass with no defects recorded, meaning that at the point of examination no items were identified as requiring attention or close monitoring. Because this is the first compulsory test after the vehicle's third anniversary, the record cannot yet establish a longer-term pattern of roadworthiness, and any conclusion about overall mechanical condition must remain cautious until further test data accumulates over the coming years. Mileage accumulation appears broadly proportionate to the vehicle's age, with 34,504 miles recorded over an approximately three-year period, equating to around 11,500 miles annually. This is a typical usage rate for a hybrid hatchback and suggests the vehicle has been in regular service rather than left standing for prolonged periods or subjected to unusually high demand. The hybrid system in particular benefits from consistent use, as regular driving cycles help keep the high-voltage battery conditioned and the petrol engine properly circulated with oil. There are no gaps in testing or sudden mileage jumps that would indicate an extended lay-up, clock tampering concern, or abrupt change in usage pattern. Given the absence of recorded advisories, there are no specific components flagged for immediate concern, but a prospective buyer should still concentrate their inspection on areas that commonly wear on a hybrid Yaris of this age and mileage. On a test drive, listen for any knocking or clonking from the front suspension over uneven surfaces, which would point to worn anti-roll bar links, control arm bushes, or top mount deterioration. Pay close attention to brake feel under both light and firm pedal pressure, as hybrid vehicles can suffer from seized or binding rear calipers due to underuse of the friction braking system when regenerative deceleration handles much of the slowing. Uneven pedal response, a spongy feel, or pulling to one side under braking would justify further investigation of the discs, caliper slides, and hydraulic lines. The CVT transmission should be evaluated by ensuring smooth, step-free acceleration through the full range of speeds, with no hesitation, juddering, or audible whine that might indicate internal wear or fluid degradation. Steering should feel precise and self-centring, with no vibration through the wheel at speed or any knocking at full lock, which could suggest worn tie rod ends or steering rack mounting issues. Finally, inspect the underside and wheel arches closely for any early signs of corrosion, particularly around suspension mounting points and the rear subframe, as well as the exhaust system for any blue smoke on start-up that might indicate oil consumption in the petrol engine. A clean underside with no misting from the engine or transmission would be consistent with the unrecorded history, but only a physical inspection can confirm this.