2025 Tesla Model Y Long Range AWD Electricity · MM75 BCV

As of the assessment date of 3 September 2026, there is no official DVSA MOT history on file for this 2025 Tesla Model Y Long Range AWD. The vehicle has not yet been recorded as undergoing a mandatory roadworthiness test, and consequently no pass, fail, or advisory information is available for analysis. Because the car is still relatively new in its first registration cycle, this absence of MOT data is not in itself a cause for concern, but it does mean that any prospective buyer has no third party verified evidence of its mechanical condition and must instead rely on physical inspection and documentation. Without prior test outcomes to evaluate, no maintenance trend can be established, and the overall condition should be regarded as unverified pending a thorough pre-purchase examination. With no MOT records available, the recorded mileage cannot be reliably compared against the vehicle age to determine whether usage is consistent, unusually low, or excessive. Tesla Model Y vehicles in the Long Range AWD configuration are typically driven as family or commuter transport, and annual mileages in the United Kingdom for this model commonly fall between eight and fifteen thousand miles per year, though higher figures are not unusual for company or fleet users. A prospective buyer should ask to see the digital odometer reading and cross reference this against the original purchase invoice, any available service records, and the Tesla app mileage history to verify that the displayed figure is accurate. Any unexplained anomaly such as a noticeably low reading for a vehicle of its age could suggest prolonged standing, a potential clocked history, or simply light private use, each of which carries distinct mechanical implications that warrant separate consideration. Given that this is a modern electric vehicle still within its early service life, the primary concerns for a buyer are less about traditional mechanical wear and more about condition degradation from age and standing, as well as the integrity of the high voltage systems. Although the Tesla Model Y uses regenerative braking and rarely applies the friction brakes, prolonged standing can still lead to brake disc corrosion and, in some cases, light binding in the rear calipers due to the automatic electronic parking brake function. During a physical inspection, the discs should be examined for any surface pitting or significant rust scoring, and a test drive should include firm pedal applications from low speed to confirm that the brakes release cleanly without shudder or unusual resistance. Tyres should be carefully inspected for sidewall perishing and cracking, as even tyres with adequate tread depth can degrade from age on a low mileage vehicle, and the original fitment date should be verified through the DOT markings on the sidewall, as Tesla fitments can sometimes be several years old even on a new vehicle. Additional buyer attention should focus on the high voltage traction battery state of health, which can be assessed through the Tesla service menu or by a Tesla approved diagnostic check to confirm that usable capacity remains consistent with a vehicle of its age and mileage. The 12 volt auxiliary battery, which powers ancillary systems, should also be tested as premature failure of this component is a known issue on early build Model Y vehicles and can result in starting and system warnings if degraded. Coolant systems for both the battery thermal management and the front motor inverter should be inspected for any signs of leakage or staining around pipe joints and the underbody, and a careful look beneath the vehicle for any fluid deposits on the ground or suspension components is worthwhile. Finally, the buyer should verify that any remaining manufacturer warranty, roadside assistance, and software subscription are transferable, and request evidence of any recall work completed through the official Tesla recall portal to ensure that all known rectification campaigns applicable to the Model Y production period have been satisfactorily addressed.