2024 Toyota Yaris Cross Icon HEV Auto Hybrid electric (clean) · LL24 WWN

With no MOT history on file for this 2024 Toyota Yaris Cross Icon HEV Auto, the available roadworthiness evidence is effectively a blank page. The vehicle was first registered in 2024, which means an MOT test would only become mandatory from the third anniversary of registration at the earliest, so the absence of any recorded tests is consistent with the car's age rather than indicating any anomaly. Until a test is actually carried out and recorded on the DVSA system, there is no pass or fail record, no advisories, and no defect history to draw conclusions from, and the prospective buyer should view the mechanical narrative as unverified rather than clean. Because the recorded mileage for this vehicle is unknown, it is not possible to benchmark annual accumulation against the expected average for a 2024 hybrid crossover. The Yaris Cross HEV is typically driven in mixed urban and suburban conditions, but without a confirmed odometer reading, any judgement on usage intensity, highway versus stop-start duty, or battery cycling stress on the hybrid system would be speculative. The buyer should therefore verify the mileage independently via the V5C logbook and any dealer or service paperwork, and confirm that the figure is plausible for a two to three year old hybrid crossover before drawing any conclusions about wear rates. From a physical inspection standpoint, the absence of an MOT history means the buyer cannot fall back on recorded advisories for items such as the rear brake shoes, coil spring condition, underbody corrosion, or tyre wear patterns, all of which are commonly flagged on early MOTs of crossover-class vehicles. A thorough pre-purchase inspection should therefore focus on the specific components most likely to show early wear on this model, including the rear drum brake assemblies for binding or judder, the front MacPherson strut top mounts and suspension linkages for knocking over uneven surfaces, and the underbody and subframe mounting areas for any surface corrosion given the hybrid undertray layout. The 12V auxiliary battery and hybrid drive battery cooling intake should also be inspected, as blocked intakes are a known issue on HEV variants and can trigger warning systems. On a test drive, particular attention should be paid to the transition between electric and petrol propulsion, listening for unexpected vibrations, hesitation, or warning lights on the dashboard that could indicate hybrid system faults. The brake pedal should be tested at low speed for any grinding, pulling to one side, or excessive travel that might suggest seized calipers or rear drum issues, while the steering should be checked for a consistent self-centring action without clonks over speed humps. Tyres should be examined for uneven shoulder wear, which can point to misalignment or worn suspension bushes, and a final check under the bonnet for any oil misting around the hybrid inverter cover or coolant staining near the heat exchanger would be prudent given the lack of any recorded MOT baseline.