2024 Tesla Model Y RWD Electric · LF24 CHW

The absence of any recorded MOT test for this 2024 Tesla Model Y RWD means there is currently no statutory evidence of roadworthiness, leaving the vehicle’s compliance with safety and emissions standards entirely unverified. Without a documented pass or failure, the mechanical story is defined by this lack of data rather than by any pattern of recurring defects or confirmed clean performance, and the buyer must treat the vehicle as having an unknown compliance status until an independent inspection is performed. With mileage listed as unknown, no quantitative assessment of annual accumulation can be made. Given the car is roughly two years old, a typical private‑use Model Y would be expected to have logged between 15,000 and 30,000 miles, but without recorded figures the mechanical implications of wear on high‑voltage components, suspension bushings, and braking systems remain indeterminate. The absence of mileage data also prevents any inference about whether the vehicle has been subjected to high‑stress usage such as frequent rapid charging cycles or long‑distance highway runs. A thorough pre‑purchase inspection should therefore concentrate on the electric drivetrain and associated safety systems. Verify the state of the high‑voltage battery pack, checking for any loss of capacity, swelling, or coolant leaks, and confirm that the charging port and cable connectors engage securely without corrosion. Examine the inverter and motor housings for signs of oil or water ingress, and ensure that the regenerative braking system operates smoothly without unexpected pedal feel or warning lights. Inspect the conventional braking components – discs, pads, and calipers – for even wear, disc thickness within specification, and any fluid leakage at the brake lines or reservoirs. During a test drive, listen for any whirring, humming, or grinding noises emanating from the motor or gearbox, and note any vibration or judder when the vehicle transitions between electric propulsion and regenerative braking. Observe the steering response for pull or looseness that could indicate worn suspension arms or bushings, and watch for any dashboard alerts related to battery health, traction control, or electronic stability. A full diagnostic scan of the vehicle’s control modules will reveal any stored fault codes that have not yet triggered a MOT failure but could affect future roadworthiness.