2025 Tesla Model Y Long Range RWD Electric · SC74 BCK

As a 2025 registration, this Tesla Model Y Long Range RWD falls outside the statutory requirement for its first MOT test, which under current DVSA regulations becomes applicable once the vehicle reaches three years of age. Consequently, there is no recorded MOT history available for evaluation, and it is not possible to establish a definitive maintenance trend from official testing data. Because the vehicle is still within its first year of registration and lacks any documented roadworthiness examinations, a prospective buyer cannot rely on past test outcomes to gauge how the car has performed against safety and emissions standards. Any assurance of mechanical condition must therefore be sought through alternative means, such as Tesla's own approved used vehicle programme, independent pre-purchase inspections, and verification of the vehicle's complete service history. Regarding mileage context, no odometer reading has been supplied with the enquiry, which makes it impossible to accurately assess the annual usage rate of this particular Model Y. For context, the UK average annual mileage typically falls between 7,000 and 10,000 miles, and an electric vehicle of this class often accumulates mileage in a similar range unless used extensively for longer commutes. Given the absence of recorded mileage, it is essential that the buyer independently verifies the current odometer reading against the documentation provided by the seller, ensuring consistency with the vehicle's MOT exemption status, V5C registration certificate, and any servicing records. Additionally, Tesla vehicles store internal mileage data that can be cross-referenced through the manufacturer or a franchise diagnostic check to ensure the displayed figure has not been altered. Without MOT advisories or failure points to draw upon, the focus of any pre-purchase evaluation should shift towards age and usage-related degradation that may not yet be captured in testing data. Particular attention should be paid to the 12V auxiliary battery, which is a known serviceable item on Tesla vehicles and can exhibit early failure, leading to warning messages or starting issues that a buyer should consciously test. Tyres should be inspected for uneven wear patterns, which on the Model Y often manifest as accelerated rear-axle wear due to the weight distribution of the rear-wheel-drive configuration, as well as for sidewall perishing if the car has been standing unused for extended periods. The high-voltage battery pack, drive units, and charging systems should ideally be verified through a Tesla-approved diagnostic health check to confirm state of health, remaining capacity, and the absence of any stored fault codes. Brake discs on electric vehicles are particularly susceptible to corrosion from infrequent use, as regenerative braking reduces reliance on the friction braking system, allowing surface rust to accumulate on the discs. A buyer should therefore inspect the discs for any signs of pitting, scoring, or binding calipers, and listen for any rubbing or grinding noises during low-speed manoeuvres. Brake fluid should be assessed for age-related degradation, with replacement typically required biennially regardless of mileage, and the cooling system, cabin filter, and suspension components should be examined for condition. Given that the vehicle is still relatively new but presents an unknown mechanical history, securing a comprehensive extended warranty and insisting on a full Tesla service history check, alongside an independent inspection by a qualified EV specialist, would represent prudent due diligence before committing to purchase.