2025 Tesla Model Y Performance AWD Electric · WP74 LJA

Zero historical MOT test data exists for this Tesla Model Y Performance AWD, which aligns entirely with its status as a nearly-new 2025 vehicle. Under UK regulations, a new passenger car is exempt from its first statutory MOT test until it reaches three years of age, meaning this vehicle has not yet been subjected to a formal DVSA roadworthiness examination. Consequently, there is no established record of component wear, structural corrosion, or historical failure points available through official testing channels to evaluate its past compliance. There is insufficient mileage data recorded to compare the odometer reading with the age of the vehicle, leaving the precise annual distance accumulation unquantified. While the lack of historical usage figures prevents a detailed analysis of how heavily the vehicle has been driven, its classification as a 2025 model indicates that it is still operating within its initial registration period. Buyers should therefore verify the current odometer display directly against the vehicle information display and accompanying purchase documentation to establish an accurate baseline for its operational history. Without any historical MOT advisories, failures, or structural notes to reference, prospective buyers must perform a rigorous physical and dynamic inspection of the electric vehicle systems, chassis, and running gear. Particular attention should be paid to the heavy battery pack mounting points, the dual-motor powertrain housing for any signs of fluid weeping, and the high-stress suspension components unique to the Performance specification. During a test drive, listen carefully for any knocks, clunks, or excessive harshness from the suspension over uneven road surfaces, and assess the regenerative braking system alongside the physical friction brakes for smooth, immediate responsiveness without pulling or vibration. Given the absence of a long-term testing record, a thorough independent pre-purchase inspection by a qualified EV technician is strongly recommended to confirm the integrity of the high-voltage electrical architecture, underbody shielding, and steering geometry. Verify that all software updates are current, check the condition of the high-performance tyres for even tread wear across the contact patch, and ensure that all driver assistance sensors and cameras are fully calibrated. This direct physical verification remains the only reliable method to ascertain the mechanical roadworthiness of a vehicle that predates its statutory testing obligations.