2026 Tesla Model Y Long Range RWD Electric · GD75 LGZ

No MOT test results are currently recorded against this 2026 Tesla Model Y Long Range RWD on the DVSA database. As a vehicle first registered in 2026, it would not normally be due its first MOT until three years from the date of registration, meaning its absence from the system is entirely expected and not in itself a cause for concern. The lack of any prior failure or advisory data means there is no historical trend to interpret, either positive or negative, so the overall maintenance trajectory must be regarded as unknown at this stage. Any prospective buyer is therefore reliant on the seller's own servicing documentation, warranty records, and the physical condition of the vehicle rather than on any statutory test history. The recorded mileage is stated as unknown, and there is insufficient data to establish whether this vehicle has been used sparingly or has covered typical annual mileage for its age. Given that it is a 2026 model, the car is essentially new, so mileage accumulation would only be relevant if the vehicle were being offered with unusually high figures for a nearly new example, which could raise questions about its provenance, previous use, or possible use as a demonstrator or courtesy car. Equally, an extremely low recorded mileage, particularly if the car has been standing for prolonged periods, introduces its own set of considerations regarding component degradation through lack of use rather than wear. As there are no recorded defects, advisories, or failure items to investigate, the buyer must instead focus on practical, age and usage appropriate physical checks. Tyres should be examined closely for sidewall perishing and cracking, which can occur even on low mileage vehicles simply through age-related rubber degradation, and the tread depth should be measured to confirm it meets the legal minimum of 1.6mm across the central three quarters of the tread. The 12 volt auxiliary battery, which is a known service item on Teslas and responsible for powering ancillary systems when the high voltage system is offline, should be tested for state of health, as these batteries can fail prematurely and cause a range of electrical anomalies. Brake discs and calipers should be inspected for corrosion and seizing, since regenerative braking on this model means the friction brakes may be used infrequently, leading to surface rust on the discs and potential caliper binding from lack of use. Brake fluid should be checked and replaced in line with the manufacturer's recommended interval regardless of mileage, as hygroscopic brake fluid absorbs moisture over time and loses effectiveness. A test drive should be conducted with attention to any unusual noises from the suspension, particularly clunks or knocks over uneven surfaces which could indicate worn bushes or top mounts, and any pulling to one side which might suggest alignment or suspension geometry issues. The high voltage battery pack and charging system should be verified as functioning correctly, with no warning messages displayed on the touchscreen, and the vehicle should be checked through the Tesla app to confirm consistent state of health reporting. Steering should feel precise and free from vibration, and the regenerative braking function should engage and disengage smoothly. Given the absence of MOT history, it is strongly advisable to obtain an independent pre-purchase inspection from a qualified technician familiar with electric vehicles, who can assess the condition of the high voltage system, the underbody for any signs of impact damage, and verify that all recall work and software updates have been completed by Tesla.