2026 Tesla Model 3 Long Range RWD Electricity · GD75 AVZ

As of September 2026, no DVSA MOT test history is available for this 2026 Tesla Model 3 Long Range Rear-Wheel Drive. In the United Kingdom, newly registered vehicles are not required to undertake their first MOT test until they reach three years of age, meaning a 2026 plate would not normally present an official MOT record until late 2028 or 2029. While the absence of any recorded pass, failure, or advisory data precludes any direct evaluation of maintenance trends or recurring defects, the theoretical test slate is entirely clean. For a prospective buyer, this simply means there is no historical evidence of mechanical deterioration, structural advisories, or emissions non-compliance to scrutinise, though it equally means no confirmation that the vehicle has been subjected to any statutory inspection. With the recorded mileage described as unknown and no historical MOT data points from which to extrapolate, it is impossible to evaluate the annual usage rate of this Model 3 against its calendar age. Tesla Model 3s are typically used as either high-mileage commuter vehicles or relatively low-mileage executive transport, and the implications for component longevity vary considerably depending on which profile applies. Without a confirmed odometer reading, any assessment of wear progression on items such as the high-voltage battery, drive unit, suspension bushes, or tyres would be speculative. It is therefore essential to verify the current mileage via the vehicle's digital dashboard or a diagnostic scan and cross-reference this against the stated age, service records, and any in-app Tesla telemetry if accessible. Given the lack of MOT history and the fact that this is effectively a very young vehicle, physical inspection priorities should focus on age-related degradation rather than wear from extensive use. Even on low-mileage cars, tyres can suffer from sidewall perishing and dry rot if the vehicle has been left standing, particularly in exposed conditions; inspect the tread depth, sidewall flexibility, and manufacturing date codes, and verify even wear across the axle, as uneven wear on a relatively new vehicle could indicate alignment or suspension geometry issues. Examine the brake discs and calipers closely, as prolonged standing periods can lead to surface corrosion and caliper binding, which would manifest as brake shudder or pulling on the test drive. Check the 12-volt auxiliary battery health, as these commonly fail on Teslas of this vintage and can cause a host of electrical anomalies, and ensure the high-voltage system is functioning correctly with no error messages on the touchscreen display. On a test drive, pay particular attention to the regenerative braking function, confirming it engages smoothly without warning faults, and listen for any clonks, whirring bearing noises, or vibrations from the rear drive unit under load. Inspect all exterior panels, the boot, and the charging port for evidence of accident repair or misalignment, and verify the operation of all driver assistance and infotainment systems. Check the condition of the coolant reservoirs and undertray for any signs of leakage, as even early-build Teslas can suffer from plumbing or HVAC condensation issues. Finally, request a full Tesla service history, including any over-the-air diagnostic reports and any recall or warranty work performed, as this will provide the most accurate indication of how the vehicle has been maintained and whether any manufacturer interventions have been necessary.