2026 Tesla Model 3 Electric · CSJ 5

As a brand-new vehicle registered in the current year, this Tesla Model 3 has no recorded MOT history available on the official DVSA database, which is entirely standard given that new vehicles in the United Kingdom are exempt from their first mandatory Ministry of Transport test until they reach three years of age. Without prior test data, it is not possible to chart a maintenance trend, meaning that the mechanical and structural condition of the car relies entirely on its factory assembly, pre-delivery inspection, and subsequent owner care rather than historical wear and tear. Prospective buyers should therefore verify that the vehicle has been maintained in accordance with Tesla manufacturer guidelines, ensuring any initial software updates or assembly adjustments have been properly documented through official manufacturer channels. Regarding the mileage context, official records indicate that there is currently insufficient data to compare the vehicle mileage with its age, though as a contemporary model from the current registration year, it is expected to show minimal delivery or early-adopter mileage. Because this vehicle is virtually new, rapid accumulation or prolonged standing are unlikely to be major factors, but buyers should still confirm the exact odometer reading to ensure it aligns with standard private or demonstrator use. Low or zero mileage on a very modern electric vehicle generally points to excellent component health, but it is still wise to verify that the car has not spent extended periods sitting dormant in a holding compound, which can occasionally impact the high-voltage and low-voltage electrical systems. Given the absence of a traditional mechanical MOT record, your physical pre-purchase inspection should focus on modern electric vehicle specifics, bodywork panel alignment, and high-voltage battery health rather than exhaust emissions or worn combustion components. Inspect the exterior and underside for any transit damage, checking the alloy wheels for kerbing and the low-profile tyres for any sidewall scuffs or premature wear caused by misaligned steering geometry. Although corrosion is rare on a vehicle of this age, check the brake discs for the light orange surface oxidation that typically occurs when electric vehicles use regenerative braking predominantly over friction brakes, leaving the steel discs prone to minor rust if moisture settles. On the test drive, pay close attention to the cabin acoustics and suspension compliance, listening carefully for any knocks, rattles, or thumps from the wishbones, anti-roll bar drop links, or coil springs over potholes and uneven road surfaces. Test the regenerative braking system thoroughly to ensure smooth deceleration and check that the conventional hydraulic brakes bite cleanly without any shudder, vibration, or binding calipers that could indicate a stuck parking brake actuator. Finally, verify that all driver assistance cameras, touchscreen electronics, climate control functions, and charging ports operate correctly, and confirm that the vehicle's documentation includes a comprehensive record of any necessary software updates and proof of factory warranty coverage.