2026 Tesla Model Y Long Range RWD Electricity · AF26 VUG

At the time of this assessment, there is no recorded DVSA MOT history available for this 2026 Tesla Model Y Long Range RWD. The vehicle is currently on a 2026 registration and therefore has not yet reached the three-year threshold at which its first MOT test would normally be due, assuming standard first registration timing in 2026. With no prior test results, advisories, or failure points on record, it is not possible to evaluate a maintenance trend or to identify any recurring mechanical defects, wear patterns, or areas of concern specific to this individual car. The absence of an MOT history should not in itself be treated as a positive indicator of mechanical condition, but rather as simply unavailable data, and any prospective buyer should be mindful that the first compulsory roadworthiness test is still ahead of the vehicle rather than behind it. Mileage data is currently unknown, and there is insufficient information to compare the vehicle's annual usage against what would be expected for a car of this age and class. Without recorded mileages from previous MOT tests or service records, it is not possible to determine whether the vehicle has been used for predominantly short urban trips, longer motorway commutes, or has been subject to periods of standing or storage. This uncertainty is particularly relevant for a Tesla Model Y, as its high-voltage battery and electric drivetrain are sensitive to usage patterns, with frequent short journeys potentially leaving the system operating at low states of charge, while extended periods of standing can affect the 12V auxiliary battery, tyre condition, brake caliper function, and suspension components. Establishing the true mileage through a service history check or diagnostic readout before purchase is therefore strongly recommended. Given that this vehicle is effectively new and has no MOT history, the most appropriate inspection approach is one suited to a near-new car that may have been used lightly, stored for periods, or potentially used as a demonstrator. On a physical inspection, particular attention should be paid to the tyres, as even a low-mileage car of this age can suffer from sidewall perishing or cracking due to UV exposure and time rather than wear, and a Tesla's relatively high kerb weight makes tyre integrity especially important. Brake discs and calipers should be examined for signs of corrosion, sticking, or binding resulting from standing, which on an electric vehicle with heavy regenerative braking is a known area of concern that can lead to uneven braking feel, shudder, or premature component wear. The 12V auxiliary battery, which is known to fail in Tesla vehicles over time, should be tested for its state of health, and a diagnostic scan through the vehicle's touchscreen or an external reader should confirm that all high-voltage battery modules are balanced and that the cooling system is functioning correctly. On a test drive, the buyer should listen for any unusual noises from the suspension over uneven road surfaces, which could indicate worn bushes, dampers, or coil springs, even on a relatively new vehicle, and should pay attention to the operation of the regenerative braking system to ensure it engages and disengages smoothly without warning alerts. All driver assistance systems, including autopilot functions, parking sensors, and cameras, should be verified as operational, as any faults in these systems can be costly to rectify. The charge port, charging cable condition, and any signs of damage to the high-voltage connectors should be inspected, and the service history, if available, should be reviewed to confirm that any manufacturer recalls or required software updates have been completed. Finally, because the first MOT is not yet due, the buyer should factor in the cost of an early voluntary inspection by a qualified workshop experienced in electric vehicles to obtain a baseline assessment of the car's current mechanical state before committing to purchase.