2023 Tesla Model 3 Electric · GF72 VDX

This Tesla Model 3 presents an unblemished roadworthiness record, having passed its first and only MOT examination on 10 February 2026 with no defects or advisories recorded whatsoever. A completely clean first test at three years of age is a positive indicator, as this is the point at which wear-related advisories on suspension bushes, brake components, and tyres typically begin to surface on less well-kept examples. With no failure history, no recurring advisory themes, and no corrosion or structural concerns noted by the examiner, the overall trend is one of sound mechanical health entering its fourth year. The recorded mileage of 30,417 miles equates to roughly 10,139 miles per annum, which sits squarely within the typical range for a UK vehicle of this age and suggests regular, consistent use rather than prolonged standing or unusually heavy service. There are no gaps in the testing record, though with only one test on file there is limited longitudinal data to analyse. This moderate, steady accumulation is mechanically favourable for an electric vehicle: brake discs and pads on EVs benefit from regular use to keep friction surfaces clean given the reduced reliance on friction braking due to regenerative systems, and consistent mileage helps keep suspension articulation points and wheel bearings in healthy working order. Given the absence of any flagged defects, buyer checks should focus on the areas most relevant to this model and mileage rather than any documented weakness. On a test drive, listen for knocks or clonks from the front suspension over uneven surfaces, as Model 3 front upper control arms and ball joints are a known wear point that can develop play with mileage even before an MOT examiner flags them. Check for any steering wheel vibration under braking or a pulsing sensation through the pedal, which would suggest disc corrosion or uneven pad deposits from light brake use. Confirm even tyre wear across all four corners, as the instant torque delivery and weight of this vehicle can accelerate inner-edge wear if alignment has drifted. Beyond the drive, verify that the high-voltage battery state of health is reported through the vehicle's diagnostics or a third-party scan, and confirm the service history for items the MOT does not cover, such as cabin filters, brake fluid condition, and coolant for the battery thermal management system. Inspect the bodywork and underbody visually where possible, since the single clean test offers no historical corrosion data. Overall, this is a low-risk prospect on the evidence available, and the priority is simply confirming that the clean February 2026 result reflects the car's condition today rather than relying on the certificate alone.