2024 Tesla Model 3 Long Range AWD Electric · WM24 XLD

The defining mechanical story of this 2024 Tesla Model 3 Long Range AWD is its current absence from the MOT testing record, a situation that is entirely normal for a vehicle of its age rather than a cause for immediate concern. UK legislation does not require an MOT test until a car reaches three years of registration, and with the assessment dated September 2026, this Tesla remains in its exemption period. Without a single test recorded against the vehicle, there is no DVSA-verified evidence of any advisories, failures, defects, or component wear patterns to draw upon. Any prospective buyer must therefore recognise that the roadworthiness picture for this car is essentially unverified at present, and the upcoming first test will be the first official benchmark of its mechanical condition. Recorded mileage is not available in the supplied data, which prevents any analysis of annual accumulation, usage intensity, or notable gaps between tests. Given that the vehicle is a 2024 registration, it has only been on the road for approximately two years at most, and without mileage history it is impossible to confirm whether it has covered typical commuter distances, endured high-mileage motorway use, or experienced periods of extended standing. The lack of MOT data means there is also no recorded mileage sequence to cross-reference for consistency, so any odometer reading presented at the point of sale should be carefully verified through service records or Tesla's own digital logs before purchase. Because no advisories or failure points exist in the MOT history, there are no specific components from the test record to investigate during a physical inspection or test drive. Instead, attention should focus on the areas commonly associated with early-life issues on dual-motor Tesla Model 3s. A careful walk-around should look for uneven tyre wear across both axles, as the instant torque delivery of the dual-motor configuration can accelerate shoulder wear on the driven wheels. Brake feel should be checked for any binding or roughness, particularly on the rear calipers, as EV regenerative braking can lead to corrosion on the rear discs through infrequent use. On the test drive, listen for any suspension knocks over uneven surfaces, check for steering vibration or pull under acceleration, and confirm that all driver assistance systems calibrate correctly without persistent warning messages on the instrument cluster. Given that this vehicle is approaching but has not yet reached its first compulsory MOT, the most prudent course of action for any buyer is to insist on a pre-purchase inspection carried out by an independent specialist familiar with Tesla vehicles. That inspection should cover the high-voltage battery state of health through Tesla's diagnostic interface, examine the underbody for any signs of damage from speed bumps or kerbs given the low ride height, and verify the operation of the charging port and onboard systems. Until a DVSA test record exists, every mechanical observation rests entirely on that independent assessment rather than on any official history.