2025 Tesla Model 3 Electric · GD74 ASV

The vehicle in question, a 2025 Tesla Model 3, does not currently hold any recorded MOT test history on the DVSA database. Given that the car is registered as a 2025 model, this is entirely consistent with UK roadworthiness testing regulations, which exempt vehicles from MOT testing until they reach three years of age. As such, there is no pass or fail certificate, advisory list, or historical defect pattern available to evaluate at this stage. Consequently, no statement can be made regarding a stable, worsening, or improving maintenance trend, as the regulatory data simply does not yet exist for this vehicle. Mileage data is also absent from the records provided, which means it is impossible to calculate an accurate annual usage rate or identify any periods of inactivity or rapid accumulation. For a vehicle of this age and electric powertrain type, mileage is far less indicative of mechanical wear than it would be on an internal combustion counterpart, particularly regarding engine and transmission components. However, even battery electric vehicles benefit from moderate, regular use, as prolonged standing can affect 12V auxiliary battery health, brake disc surface corrosion, and tyre integrity. A prospective buyer should verify the current odometer reading independently through the dealership or seller and cross-reference it with any Tesla app data or service records available. Without an MOT history to scrutinise for recurring defects, the focus must shift to age and usage-appropriate physical inspections during a viewing. Tyres should be examined closely for sidewall cracking, perishing, or uneven tread wear, as even low-mileage electric vehicles can suffer accelerated shoulder degradation due to the instant torque delivery characteristic of Tesla drivetrains. Brake discs and calipers warrant particular attention, as regenerative braking means the friction braking system may be used infrequently, leading to corrosion build-up on the disc surface or potential caliper seizure from standing. The 12V auxiliary battery, which powers ancillary systems and is a known failure item on Tesla vehicles, should be tested for state of health, and any warning messages on the central touchscreen should be noted during a pre-purchase inspection. Finally, while the electric powertrain eliminates many traditional service intervals such as engine oil changes, a prospective buyer should still verify that the vehicle has received its recommended Tesla service items, including brake fluid replacement, cabin air filter changes, and tyre rotation, typically documented through the Tesla mobile service or app. A thorough test drive should be conducted with attention to any unusual suspension noises over uneven surfaces, as Tesla Model 3s are known to exhibit knocking from worn suspension bushes or top mounts under load. Steering should feel precise without vibration, and regenerative braking should operate smoothly without warning alerts. Additionally, confirming the structural integrity and corrosion status of the underbody and suspension components during a physical inspection is advisable, particularly if the vehicle has been operated in areas where road salt is prevalent during winter months.