2024 Tesla Model Y Long Range RWD Electricity · MM74 SWZ

A prospective buyer should note that this 2024 Tesla Model Y Long Range RWD has no recorded DVSA MOT history available at the time of assessment, which is entirely consistent with its age as a vehicle first registered in 2024. Under current UK roadworthiness legislation, cars do not require an MOT test until they reach three years of age, meaning the first compulsory test for this model would fall due in 2027. The absence of any MOT data therefore precludes any trend analysis of pass rates, advisories, or component deterioration, and the maintenance profile can only be inferred from general condition rather than official test records. Buyers should treat this blank MOT history as neutral information rather than a red flag, and concentrate instead on verifying supporting documentation and commissioning an independent pre-purchase inspection. With recorded mileage listed as unknown and insufficient data to compare against the vehicle's age, it is not possible to confirm whether the car has been used as a high-mileage commuter, a low-mileage urban runabout, or has potentially covered minimal mileage since delivery. Tesla Model Y vehicles are frequently used for both daily long-distance travel and short urban journeys, and both usage profiles carry distinct mechanical implications. High annual mileage tends to accelerate wear on suspension components, brake discs, and tyres, while very low mileage often results in brake disc corrosion, seized or binding callipers from prolonged standing, and premature tyre sidewall perishing due to age rather than wear. Without a verified odometer reading and service interval history, the buyer should request documented evidence of mileage from previous keepers and cross-reference it against any available Tesla digital service records. Given that this Model Y is only around two years old and has not yet been subjected to an MOT, the inspection focus should shift toward age-related degradation and verification of manufacturer servicing. The 12V auxiliary battery, which is known to be a recurring failure point on Tesla vehicles of this era, should be health-checked, as replacement outside of warranty can be costly. Tyres should be examined closely for both tread depth and any signs of sidewall cracking or perishing, particularly if the car has been stored for extended periods, and the original-equity Continental or Michelin tyres should be confirmed as genuine replacements rather than budget alternatives. Brake discs should be inspected for surface corrosion and the callipers tested for smooth operation, as Tesla's regenerative braking system can lead to seized mechanisms if the vehicle has been driven predominantly in urban stop-start conditions without periodic manual brake application. Under the bonnet and beneath the vehicle, the buyer should look for evidence of corrosion on suspension arms, steering linkages, and underbody panels, paying particular attention to the aluminium subframes and chassis components which can suffer from galvanic corrosion where dissimilar metals meet. Coolant, brake fluid, and gearbox oil should be checked for degradation, as Tesla recommends periodic replacement of these fluids based on calendar intervals rather than solely on mileage. A thorough test drive should include listening for any suspension clonks over uneven surfaces, verifying even tyre wear patterns, monitoring the touchscreen for any drivetrain or battery warning messages, and confirming full operation of the regenerative braking, autopilot functions, and charging port mechanisms. Finally, prospective purchasers should ensure the vehicle history check confirms no outstanding manufacturer recalls remain unaddressed, particularly relating to the high-voltage battery pack and the recent Tesla software and hardware rectification campaigns.