2024 Tesla Model 3 Electricity · PR61 GAS

A prospective buyer evaluating this 2024 Tesla Model 3 must contend with the absence of any recorded DVSA MOT history. Because the vehicle is approximately two years old, it may not yet have reached the three-year threshold requiring its first MOT test, or it may have been registered just prior to the requirement date, which would explain the lack of a recorded test outcome. With no pass or fail records, advisories, or mileage progression available, it is not possible to assess a maintenance trend or identify whether the vehicle is mechanically stable, worsening, or improving over time. The buyer will need to rely entirely on independent inspection rather than official documentation when forming a judgement on the roadworthiness of this particular example. Tesla Model 3 vehicles from this era utilise a largely sealed drivetrain with regenerative braking, so the absence of MOT data is less critical for emissions and exhaust components, but it remains essential for structural and suspension evaluation. The recorded mileage is unknown, which significantly limits any assessment of usage patterns or mechanical wear progression. For a 2024 model, an average annual mileage would typically fall somewhere between eight thousand and twelve thousand miles, though Tesla vehicles are frequently used for longer commutes given their operating cost profile. If the mileage is unusually low, the buyer should be alert to issues arising from standing, including brake disc corrosion due to infrequent manual braking application, potential binding of callipers from infrequent actuation, and possible deterioration of tyre sidewalls through age-related perishing rather than tread wear. Conversely, if the mileage is high for the vehicle age, greater attention should be paid to the condition of the tyres, suspension bushes, and any wear items that may be approaching replacement intervals. The absence of corroborating mileage history also means service records and any digital service logs held by Tesla should be requested and verified to confirm the vehicle has received its scheduled inspections. Given the absence of MOT records, a thorough physical inspection becomes particularly important. The buyer should commence with a careful visual examination of all four tyres, paying particular attention to the sidewalls for any signs of cracking, perishing, or UV degradation, as even lightly used tyres can deteriorate with age and may require replacement on safety grounds despite adequate tread depth. The condition of the brake discs should be assessed for any surface corrosion, pitting, or lipping, and the buyer should listen for any grinding, squealing, or binding noises during a test drive which would suggest seized callipers or worn pads. It is also prudent to verify the operation of all external lighting, indicators, and the horn, as these are typical MOT failure points, and to check the windscreen, wipers, and washers for any chips within the driver's line of vision or evidence of wiper blade deterioration. Additionally, the 12-volt auxiliary battery, which supports ancillary systems in these vehicles, should be tested for its state of health, as replacement outside of the main traction battery can be overlooked. Finally, the buyer should evaluate the underside and structural elements of the vehicle, requesting a ramp or lift inspection where possible. The suspension should be checked for any play in the bushes, worn drop links, or weak coil springs by applying downward pressure to each corner and observing the rebound. The undertray should be removed where practical to examine the high-voltage cable routing for any damage or rodent activity, which is a known concern in electric vehicles left stationary. The charging port and connector should be inspected for signs of scorching, wear, or damage, and a functional test of both AC and DC charging should be performed to confirm acceptable charging speeds and the absence of fault codes. Time-based servicing items should be confirmed regardless of mileage, including brake fluid replacement which is typically required every two years regardless of use, cabin filter condition, and the desiccant pack in the heat pump system which can degrade with age. A pre-purchase inspection by a Tesla-approved specialist or an independent EV-experienced garage is strongly recommended to identify any firmware issues, error codes stored in the vehicle's diagnostic memory, or battery degradation metrics that would not be apparent through a standard road test.