2026 Tesla Model Y RWD Electric · AF26 VTC

A prospective buyer of this 2026 Tesla Model Y RWD should note that there is no official DVSA MOT history currently available for the vehicle. As a brand new registration, the car will not require its first MOT test until three years from its date of registration, meaning it has not yet reached the statutory threshold for roadworthiness certification under the UK MOT programme. While the absence of a test record is normal for a vehicle of this age and cannot be used to infer a mechanical trend, it does mean that the buyer has no historical DVSA data to reference regarding failure points, advisory items, or defect progression. Without a prior test outcome to evaluate, the maintenance trend is effectively unestablished, and the assessment must rely entirely on a physical inspection and verification of manufacturer records, given that the vehicle is either nearly new or currently in its earliest months of service. Regarding mileage, the recorded distance covered is not listed, and there is insufficient data to calculate a reliable annual usage rate relative to the vehicle's age. For context, an average UK driver covers approximately 8,000 to 10,000 miles annually, though new Tesla Model Y examples in particular are often utilised for higher mileage due to their suitability for long-distance travel and low running costs. Should the odometer show a very low figure suggesting limited use, the buyer should be aware that infrequent driving can lead to its own set of mechanical concerns, such as brake disc corrosion from standing, potential 12V auxiliary battery degradation, and tyre perishing from age rather than wear. Conversely, if the mileage is unusually high for a new registration, this could indicate fleet or multi-driver use, warranting closer inspection of consumable components such as tyres and brake pads. Given the lack of an MOT record and the newness of the vehicle, the prospective buyer should concentrate on verifying the provenance and condition of the car through supporting documentation. It is essential to confirm the presence of a full manufacturer service history, any remaining new vehicle warranty coverage, and that the vehicle identification number matches the V5C registration document. A thorough physical inspection should include a check of the tyre sidewalls for cracking or perishing, an assessment of the brake discs for any surface corrosion that might cause juddering on initial application, and a verification that all high-voltage and 12V battery systems are functioning within manufacturer parameters. Additionally, the buyer should test all electrical systems, including the central touchscreen, drive units, and charging functionality, as these are integral to the vehicle's operation. On a practical test drive, the buyer should pay close attention to any unusual noises from the suspension, which on a Model Y can indicate premature wear of coil springs or control arm bushes, though such issues are uncommon in early production examples. Any uneven tyre wear should be noted, as this can point to alignment or suspension geometry concerns, even on nearly new vehicles, particularly if the car has been subjected to kerb impacts or heavy load carrying. The buyer should also listen for any binding or grinding from the brake calipers, verify that the regenerative braking system functions smoothly without warning lights, and confirm the operation of the Autopilot and driver assistance features if equipped. Finally, ensuring that all software is updated to the latest manufacturer release and that the high-voltage battery state of health is consistent with its age will provide additional confidence in the vehicle's mechanical and electrical integrity.