2022 Toyota Yaris Cross Excel HEV Auto 1.5L Hybrid electric (clean) · LR22 NFF

A clean and unblemished DVSA record defines this 2022 Toyota Yaris Cross Excel HEV, with no advisories or failure points recorded across the documented test history. The most recent test on 25 February 2026 produced a pass with no defects, and a simultaneous failure entry on the same date shows no defects recorded, suggesting a minor administrative re-test scenario rather than a mechanical concern. The earlier test on 28 February 2025 also returned a clean pass, confirming a stable trend of roadworthiness over the vehicle's short testing life. This pattern indicates that the core safety-critical systems, including brakes, suspension, lighting, and emissions, have been performing consistently within MOT thresholds. With approximately 27,049 miles accumulated over four years, this Yaris Cross has averaged around 6,762 miles annually, a figure that sits comfortably within typical expectations for a hybrid crossover of this age. There are no significant gaps in the testing history that would suggest extended periods off the road, and the mileage accumulation rate is neither unusually low nor excessively high. Mechanically, this usage profile implies moderate wear on consumables such as brake pads, discs, and tyres, while keeping stress on the hybrid powertrain, suspension bushes, and drivetrain components at a reasonable level. The hybrid system in particular benefits from regular use to keep the battery and inverter components in good working order, and this mileage pattern supports that. Given the absence of any recorded advisories, there are no specific components flagged in the DVSA history to scrutinise, allowing the inspection focus to shift toward general condition checks appropriate for a four-year-old hybrid. On a test drive, pay close attention to the transition between electric and petrol propulsion, listening for any unusual vibrations, clonks, or hesitation that could indicate issues with the hybrid synergy drive or its associated components. The braking system should be assessed for smooth operation, particularly given that hybrid vehicles rely heavily on regenerative braking, which can lead to uneven corrosion on the rear discs if the mechanical pads are rarely applied. Inspect the underbody, subframe, and suspension arms for any early signs of surface corrosion, especially around wheel arches and exposed metal sections, as Yorkshire and other UK regions with salted winter roads can accelerate rust formation even on relatively young cars. Additionally, verify that the 12-volt auxiliary battery, which powers the hybrid system's control electronics, is functioning correctly, as a weak auxiliary battery is a common cause of warning lights and starting issues in hybrid vehicles. Check the tyres for even wear across both axles, as uneven wear can point to alignment or suspension geometry issues that have not yet reached advisory thresholds. Confirm that all hybrid-specific warning indicators on the dashboard illuminate correctly during the ignition sequence and extinguish promptly once the system is ready. Finally, ensure that the vehicle's service history, particularly regarding hybrid system checks and inverter coolant replacement, is fully documented, as these items are critical to the long-term reliability of the powertrain.