2024 Tesla Model Y Long Range RWD Electric · GL74 OBC

With no MOT test results recorded on the DVSA database for this 2024 Tesla Model Y Long Range RWD, there is currently no statutory roadworthiness history available to draw upon. UK MOT testing is not legally required until a vehicle reaches three years of age, meaning a 2024 registration would typically only become due for its first test in 2027. The absence of records is therefore entirely consistent with the car's age rather than indicative of any underlying mechanical concern or evasion of testing. The recorded mileage for this vehicle is not documented within the supplied data, which prevents any meaningful comparison against its age or expected annual accumulation. For a 2024 model with only a couple of years on the road, typical usage in the UK generally falls within the six to twelve thousand miles per year bracket, though this varies considerably depending on whether the vehicle is used for commuting, family duties, or longer-distance travel. Without verified odometer readings across multiple test events, it is not possible to confirm whether the car has been driven lightly, heavily, or stored for extended periods. The mileage shown on the dashboard at the point of viewing should be cross-checked against Tesla's own service records or any digital mileage logs the seller can provide. From a buyer inspection standpoint, the lack of an MOT history means any mechanical assessment must rely on a physical examination rather than historical defect patterns. Particular attention should be paid to the suspension geometry, including the front and rear control arm bushes and links, as Tesla Model Y vehicles have been known to develop knocking or clonking noises over uneven surfaces when these components wear prematurely. A test drive should be conducted over broken tarmac, speed humps, and during sharp direction changes to detect any knocking, creaking, or loose steering feel. The regenerative braking system should be monitored for any inconsistency underfoot, and the traditional friction brakes should be inspected for seized calipers or uneven pad wear, particularly given the tendency for discs to corrode due to limited use of the mechanical braking system. Tyre condition warrants close scrutiny, with checks for uneven shoulder wear which can indicate misalignment of the rear suspension or tracking issues, as well as kerbing damage to the sidewalls. The underbody should be inspected for any signs of impact damage to the battery enclosure, fluid leaks from the rear drive unit, or corrosion on exposed subframe components, particularly if the vehicle has been operated in areas where winter road salt is prevalent. The 12-volt auxiliary battery, which is separate from the main traction pack, should be tested for state of charge, and the high-voltage system should be confirmed as fully functional with no warning messages present on the touchscreen. Finally, verifying that all Tesla software recalls and over-the-air updates have been completed through the Tesla app will ensure any known manufacturing defects have been addressed.