2026 Tesla Model Y Premium Long Range AWD Electric · GL26 OSX

As there is no recorded DVSA MOT history for this 2026 Tesla Model Y Premium Long Range AWD, it is not possible to confirm a latest test outcome or to evaluate a maintenance trend across previous inspections. A new Tesla of this model year would not yet be due its first MOT until it reaches three years of age, so the absence of test data is entirely consistent with the vehicle being recently registered. Without prior advisories or failure points on record, no specific defect history can be cited, meaning any assessment must be based instead on general age and usage expectations for a near-new electric crossover. It is advisable for the prospective buyer to request any pre-delivery inspection report or service documentation Tesla may have issued, as this would substitute for the lack of DVSA history at present. Recorded mileage is not available for this vehicle, which prevents a direct assessment of annual usage, mileage gaps, or accumulation rates. Given that the car is a 2026 model, one would typically expect relatively low mileage consistent with a near-new vehicle, but without figures it cannot be determined whether the vehicle has been used for predominantly short urban trips, longer motorway commutes, or has been standing idle for extended periods. Electric vehicles with very low annual mileage can present particular concerns around brake caliper seizure and disc corrosion due to limited regenerative braking activation, whereas higher-mileage examples may show accelerated wear on suspension components, tyres, and drive unit lubricants. Clarifying the true mileage via the dashboard and service records is therefore an essential first step before purchase. Although the MOT record is clean by virtue of being absent, a prospective buyer should still conduct a thorough physical inspection appropriate to a vehicle of this age and type. Externally, the tyres should be examined closely for sidewall cracking or perishing caused by age rather than wear, and the tread depth measured to ensure it meets the legal minimum while also showing even wear across both axles, which would indicate correct geometry and healthy suspension. The alloy wheels should be inspected for kerb damage, and the brake discs checked for any signs of surface corrosion or pitting that could suggest the vehicle has been standing for prolonged periods. The high-voltage battery state of health should be verified through the Tesla touchscreen or a diagnostic scan, as this is the single most valuable component and any significant degradation would heavily influence the vehicle's worth. Underneath the vehicle, a buyer should look for any signs of fluid leakage from the front and rear drive units, as well as inspect the lower edges of the battery enclosure and suspension arms for impact damage from kerbs or speed humps, which are common on these vehicles due to their ride height. The 12-volt auxiliary battery, which powers ancillary systems and is known to require replacement on Teslas every few years, should be tested for health, and the condition of the charging port, cables, and connectors verified for wear or damage. On a test drive, particular attention should be paid to any unusual noises from the suspension over uneven surfaces, shudder or vibration through the regenerative braking system, and warning messages on the display relating to drive train, autopilot calibration, or tyre pressure monitoring. Finally, it remains prudent to confirm whether any outstanding Tesla software recalls or manufacturer service campaigns apply, and to ensure that all scheduled services have been carried out within the correct intervals, as this documentation will serve as the primary evidence of mechanical upkeep until the first MOT is recorded.