2026 Tesla Model Y Premium Long Range AWD Electric · GD26 XSC

A 2026 Tesla Model Y Premium Long Range AWD, currently with no recorded MOT history on the DVSA database, has yet to complete its initial statutory roadworthiness test, as the vehicle is effectively brand new and therefore exempt from MOT testing until it reaches three years of age. With no prior test outcomes, advisories, or failure points to evaluate, it is not possible to determine any maintenance trend or establish a pattern of degradation from official records. The prospective buyer must therefore rely entirely on physical inspection, pre-delivery documentation, and the remaining balance of the manufacturer warranty rather than historical compliance data. It is worth confirming the exact date of first registration to establish precisely when the first MOT will fall due and to ensure that any factory build year is accurately reflected in the V5C logbook. The recorded mileage is listed as unknown, and with insufficient data, no meaningful comparison can be drawn between annual usage and the vehicle's age. For a brand new electric SUV of this type, any figure supplied should be cross-checked against the odometer reading at the point of sale, and the buyer should satisfy themselves that the displayed mileage is consistent with a demonstrator or pre-registered vehicle if applicable. As this is a near-new car, exceptionally low or exceptionally high mileage for its age would both warrant further enquiry, the former potentially indicating prolonged standing on a forecourt or compound, and the latter suggesting use as a press or courtesy vehicle. Given the absence of MOT history, practical inspection should focus on areas that can deteriorate even within a short period, particularly on vehicles that may have been stored or transported before delivery. Tyres should be examined closely for sidewall perishing, cracking, or any signs of age-related rubber degradation, as tyres fitted at the factory may have been in storage for some months before the vehicle was registered. The 12V auxiliary battery, which is a known service item on Tesla vehicles independent of the high-voltage traction pack, should be checked for state of health, and any dashboard warning messages relating to battery management should be investigated. Brake discs and calipers should be inspected for corrosion or binding caused by standing, as regenerative braking means the friction brakes may see minimal use, leading to surface rust that can ultimately cause uneven pad wear or seized caliper slides if neglected. All fluid systems, including brake fluid and coolant, should be confirmed as within their manufacturer replacement intervals, as these degrade on a calendar basis regardless of mileage. On a test drive, the buyer should listen for any suspension clonks or knocks from the coil spring and damper assemblies, particularly over uneven surfaces, and pay attention to any pulling or vibration through the steering that could indicate alignment issues or uneven tyre wear. The regenerative braking system should be observed for smooth and consistent response, and the vehicle should be tested at low speed for any scraping or dragging sensation that might suggest a binding brake caliper. The high-voltage battery state of health should ideally be verified through the Tesla app or service diagnostics, as this is the most expensive single component of the vehicle and central to its long-term value. Finally, all driver assistance systems, including Autopilot functions, parking sensors, and cameras, should be confirmed as fully operational, and the panoramic glass roof and door seals should be checked for any signs of water ingress, which has been a documented concern on some Tesla production runs.