2026 Tesla Model Y RWD Electric · LB26 FSO

At the time of writing, there is no official DVSA MOT history available for this 2026 Tesla Model Y RWD. As the vehicle is still in its first year of registration, it will not be required to undergo its first MOT test until three years from the date of first registration, meaning no statutory roadworthiness examination has yet been recorded. Consequently, there is no trend of advisories, failures, or component defects to evaluate, and any assessment of the vehicle's mechanical condition must rely solely on a physical inspection and a review of the manufacturer's service records. A complete absence of MOT history at this stage of the vehicle's life is entirely normal and should not be interpreted as a negative indicator. With no recorded MOT mileage readings available, it is not possible to cross-reference the vehicle's usage against its age, and the average annual mileage cannot be determined. This is a common situation for nearly new vehicles and effectively means the prospective buyer has no historical telemetry to identify periods of heavy use, low use, or significant gaps that could hint at mechanical neglect or extended standing. For an electric crossover of this type, usage patterns remain important regardless of whether the car is burning fuel, as high annual mileage will place greater demand on the tyres, brake components, suspension, and thermal management of the high-voltage battery, while very low usage can introduce its own set of concerns relating to brake disc pitting and component corrosion. Given the lack of MOT data, the buyer should approach this vehicle as a near-new purchase and focus their inspection on time-based and age-related deterioration rather than wear-based wear items. Tyres should be examined closely for sidewall cracking or perishing, which can occur even on low-mileage vehicles due to UV exposure and the age of the rubber compound, and the tread depth should still meet legal requirements. Brake discs, particularly on a rear-driven electric vehicle that relies heavily on regenerative braking, may exhibit surface corrosion or pitting from standing, and the calipers should be checked for any signs of seizing or binding that could cause uneven pad wear. The 12V auxiliary battery, which powers ancillary systems on Teslas, should be tested for healthy state of charge, and the high-voltage battery's condition should ideally be verified through the vehicle's diagnostic menu or a specialist health check. Beyond the mechanical inspection, the prospective buyer should verify the full Tesla service history, including any software updates, recalls, or warranty work that has been carried out, as well as confirming the remaining manufacturer warranty coverage applicable to both the vehicle and the drive unit. All fluid systems, although less frequently serviced on an electric vehicle, should be inspected according to Tesla's recommended intervals, including the brake fluid, which is hygroscopic and degrades on a calendar basis regardless of mileage. A thorough road test should be conducted, paying particular attention to any suspension clonks over uneven surfaces, any pulling under braking that could indicate warped discs or sticking calipers, and the smooth operation of the regenerative braking system. Finally, the structural integrity of the body and underbody should be visually inspected for any corrosion or damage, particularly if the vehicle has been operated in areas where road salt is used during the winter months.