2024 Tesla Model Y RWD Electricity · WN74 EZP

As a 2024 registration, this Tesla Model Y RWD would only become eligible for its first mandatory DVSA MOT test once it reaches three years of age, meaning the absence of any recorded MOT history at present is entirely expected rather than a cause for concern. With the vehicle being approximately two years old and the current date being September 2026, no statutory roadworthiness examination has yet been required or carried out under DVSA protocols, and therefore there is no test outcome, advisory, or failure data available to evaluate. As such, an assessment of maintenance trends through MOT records is not possible, and the prospective buyer must rely entirely upon the vehicle's current physical condition, manufacturer service records, and any warranty documentation rather than historical test results. The pristine MOT record, whilst wholly attributable to the vehicle's age rather than demonstrable maintenance excellence, does at least confirm that the car has not previously failed or been flagged for any safety-related defects. Regarding mileage, the recorded figure has not been supplied, and as such it is not possible to evaluate whether this Model Y has been utilised in a manner consistent with its two-year age or whether it has accrued exceptionally high or low mileage. Electric vehicles such as the Tesla Model Y are frequently used for higher annual mileages than their internal combustion counterparts due to lower running costs, and any annual figure significantly exceeding the UK average of approximately 8,000 miles should prompt closer inspection of the high-voltage battery state of health, tyre wear, and brake system condition. Conversely, very low annual mileage on a two-year-old vehicle can also present concerns, particularly relating to brake disc corrosion, caliper seizure, and 12V auxiliary battery degradation from extended standing periods. Should the mileage be made available, a prospective buyer is advised to scrutinise the consistency of recorded mileages between any servicing or warranty visits to ensure no anomalies or clock irregularities exist. Given that no MOT advisory data exists for this vehicle, the inspection focus must shift to age-and-usage-appropriate checks that a routine MOT examination would ordinarily highlight. Tyres on a two-year-old Tesla Model Y should be examined closely for both legal tread depth compliance and, critically, for any signs of sidewall perishing, cracking, or ozone degradation particularly if the vehicle has spent prolonged periods exposed to direct sunlight, as Tesla factory-fit tyres can suffer accelerated rubber deterioration. The 19-inch or 20-inch wheels fitted as standard can be susceptible to kerbing damage, and uneven or rapid tread wear across the axle may indicate suspension geometry issues, camber irregularities, or tracking misalignment. The brake discs and pads should be inspected for any corrosion build-up around the disc edge, particularly if mileage is low, as standing moisture exposure can lead to surface oxidation and juddering under braking, while rear caliper slide mechanisms should be confirmed as free-moving to prevent binding. Beyond tyres and braking components, the prospective buyer should attend to several time-based servicing items regardless of mileage accrued. The 12V auxiliary battery, which powers ancillary systems and differs from the main traction battery, has a finite service life of typically three to five years and should be load-tested prior to purchase to avoid premature failure. Brake fluid is hygroscopic and degrades over time irrespective of use, with most manufacturers recommending replacement every two years; any servicing records should confirm this has been attended to. Coolant circuits for both the high-voltage battery pack and the motor/inverter system also have calendar-based replacement intervals that must not be exceeded, as contaminated coolant can lead to thermal management inefficiency and reduced range. A thorough pre-purchase inspection by a specialist familiar with electric vehicles is strongly recommended, including a diagnostic scan for any stored fault codes, verification of the high-voltage battery state of health through the Tesla service menu, and a road test to confirm correct operation of the regenerative braking system, suspension composure over varied surfaces, and absence of any warning indications on the digital instrument cluster.