2025 Tesla Model 3 Electricity · NJ75 FUB

A 2025 Tesla Model 3 carries no DVSA MOT test record, which is consistent with the vehicle being under one year old from its registration date and therefore not yet legally required to undergo statutory roadworthiness testing in the UK. Cars do not become MOT-eligible until they reach three years of age, so the absence of any test outcome is purely a function of the registration timeline rather than any indicator of mechanical condition. Because no inspection data exists, there are no recorded advisories, failures, or component flags to draw upon for trend analysis, and any assessment of the vehicle's mechanical state rests entirely on physical inspection at the point of sale. With no recorded MOT tests, there is no mileage history against which to benchmark the vehicle's usage pattern. A 2025 model would typically show low mileage consistent with its near-new status, possibly between a few hundred and several thousand miles depending on whether it has been used as a daily driver or a second car, but without test-station odometer readings this cannot be confirmed from DVSA records alone. The buyer should verify the current odometer reading against the original sales documentation and any available Tesla service records to establish a consistent usage baseline. Multi-year gaps in testing are not a concern here because the vehicle is simply not old enough to have been tested, but the absence of any mileage progression data means that wear items cannot yet be assessed through official channels. For a prospective buyer of this vehicle, the inspection priorities must focus on those components that a Model 3 of this vintage would be expected to show early wear on, given Tesla's known mechanical characteristics. The regenerative braking system means the friction brake components, including the calipers, discs, and pads, can suffer from corrosion and seizure through underuse, so the discs should be checked for surface rust pitting, the calipers for free sliding, and a test drive should reveal any juddering or grabbing under braking. Tyres should be inspected for uneven shoulder wear, which on a Tesla often points to alignment or suspension geometry issues, and the driver should listen for any clonking or thumping over speed bumps that could indicate worn suspension bushes or top mounts. The steering rack and track rod ends should be checked for play, as any knocking through the steering wheel on uneven surfaces warrants further investigation. Other items specific to early Model 3 production that warrant close scrutiny include the high-voltage battery pack health, which can be assessed through the vehicle's own diagnostic menus for state of health and any cell imbalance, and the underbody should be inspected for any signs of impact damage or fluid leaks from the rear motor assembly. The charging port door mechanism, door handle actuators, and touchscreen responsiveness are all known weak points that should be physically verified during the viewing. A thorough pre-purchase inspection by a Tesla-approved specialist or a competent independent EV-trained garage is strongly advisable, as the lack of MOT history means there is no statutory safety net to fall back on, and any latent defects will only become apparent through direct mechanical and electrical examination.