2024 Tesla Model 3 Long Range AWD Electric · LC74 HSF

As a 2024 model year vehicle, this Tesla Model 3 Long Range AWD carries a substantial mechanical unknown for any prospective buyer, namely the complete absence of DVSA MOT history. Because the car is under four years old and registered after the standard three-year first-test threshold for internal combustion and hybrid vehicles, it would not yet be due for compulsory MOT testing until 2027. The defining story of this particular car is therefore not one of documented pass and failure outcomes, advisories, or recurring defects, but rather the lack of any statutory test record whatsoever against which to benchmark its roadworthiness. Any assessment of brake condition, suspension wear, tyre degradation, corrosion, emissions, or structural integrity must be made through physical inspection and a pre-purchase independent evaluation rather than from the official MOT database. Without recorded mileage or any test entries, it is not possible to compare annual accumulation rates against typical Model 3 usage patterns, identify testing gaps, or detect irregularities such as rapid mileage accrual that might suggest heavy commercial use, ride-hailing duty, or extended motorway running. Electric vehicles of this generation typically accumulate between 8,000 and 15,000 miles per year under private use, but the absence of a confirmed odometer reading makes any mechanical inference around high-voltage battery degradation, drivetrain wear, or brake disc corrosion from underuse impossible to substantiate from records alone. A buyer should therefore request the in-car mileage readout, telematics data, and any documented service or warranty records directly from the seller to establish how the car has actually been operated. From a targeted inspection standpoint, the buyer should focus on components that frequently generate advisories on Teslas of this age once they enter MOT testing, particularly uneven tyre wear across the driven axle due to the instant torque delivery of the dual-motor configuration, rear brake disc corrosion from regenerative braking underuse, and any early signs of underbody corrosion or oxidisation around the calipers and suspension arms. On a road test, listen for any knocking or clonking from the front suspension over uneven surfaces, as control arm bushes and drop links are known wear items, and pay attention to steering precision and any vibration through the wheel that could indicate wheel imbalance or alignment drift. Check for pulling under braking or any grinding sensation from the rear discs, which on a regenerative braking system often surfaces as visible lipping or surface rust that has become embedded rather than cleaned off through use. In the absence of MOT history, a pre-purchase inspection by a specialist familiar with Tesla high-voltage systems is strongly advisable, covering the 12V auxiliary battery health, high-voltage pack state of health via diagnostic readout, charging port condition, and a thorough underbody examination for any fluid leaks from the differential or motor assemblies. Verify the operation of all driver assistance and safety systems, as any dashboard warnings relating to the camera calibration, ABS, or stability control would be relevant to the first MOT entry. Until the vehicle is tested under DVSA standards in 2027, the buyer is effectively purchasing on the strength of the seller's representations and a physical inspection, so any warranty cover, remaining manufacturer guarantee, and the documented build and delivery date should be carefully verified before committing.