2024 Tesla Model Y RWD Electricity · WN74 AHC

As a 2024 registration, this Tesla Model Y is not yet required by law to have undergone its first MOT test, which in the United Kingdom becomes mandatory only once a vehicle reaches three years of age. Consequently, there is no DVSA MOT history currently available for this particular car, and no recorded advisories or failure points exist against which to judge its maintenance trend. In the absence of an empirical test record, it is not possible to declare a stable, worsening, or improving pattern of roadworthiness from MOT data alone. The prospective buyer must therefore rely on the vehicle's manufacturer service history, independent pre-purchase inspection, and physical condition rather than on any official pass or fail certificate. With no recorded mileage in the DVSA system and insufficient data to compare usage against the vehicle's age, it is impossible to calculate an accurate annual mileage figure or identify any significant gaps or accumulations in the car's running history. For a 2024 model, any annual mileage between roughly 6,000 and 15,000 miles would be considered reasonable for a privately owned electric vehicle, though Teslas used for longer commuting or as part of ride-share fleets can accumulate substantially higher figures. The mechanical implications of mileage on an EV are notably different from those of an internal combustion vehicle, with wear concentrated on the tyres, suspension components, brake system, and drivetrain rather than on engine ancillaries. A higher than expected mileage on a Model Y would warrant closer scrutiny of the regenerative braking system, the condition of the drive unit, and the state of the high-voltage battery's degradation curve. Given the absence of an MOT record, the prospective buyer should carry out a careful physical inspection tailored to a relatively new but potentially lightly used electric vehicle. Tyre sidewalls should be examined closely for perishing or cracking caused by age rather than wear, particularly if the car has been standing for extended periods or kept outdoors, as even low-mileage tyres degrade chemically over time. The brake calipers, discs, and electronic park brake should be checked for any signs of binding or surface corrosion resulting from infrequent use, which is common on EVs that rely heavily on regenerative deceleration and therefore exercise the friction brakes less often. The 12-volt auxiliary battery, which powers the vehicle's control systems and is a known wear item on Teslas, should be tested for voltage and health, as failure can manifest in dashboard warnings or failure of low-voltage systems. The high-voltage traction battery state of health should ideally be verified through a diagnostic tool or the Tesla service interface, as this is the single most expensive component of the vehicle. Beyond the powertrain, a thorough inspection should include the condition of the suspension bushes, coil springs, and anti-roll bar links for any knocking or clonking noises over speed humps, which would indicate premature wear. All exterior lights, the charging port, the infotainment screen, and the operation of the powered tailgate and door handles should be tested for correct function, as these are common failure points on the Model Y. Brake fluid, due to its hygroscopic nature, should be considered for replacement on a calendar basis regardless of mileage, typically every two years. The underside of the vehicle should be examined on a ramp for any signs of fluid leakage, impact damage to the battery casing, or excessive corrosion on suspension components. Finally, the buyer should request a full Tesla service history and consider an independent inspection by a specialist familiar with electric vehicles to confirm the structural integrity and overall condition of the car before purchase.