2024 Tesla Model 3 Long Range RWD Electric · ML74 LLP

A 2024 Tesla Model 3 Long Range RWD presented for sale with no recorded DVSA MOT history is entirely consistent with current UK testing regulations, as vehicles do not require an MOT test until they reach three years of age from the date of first registration. With the assessment dated September 2026, this Model 3 would only just be coming due for its inaugural MOT, meaning any prospective buyer is evaluating the car on essentially pre-test condition without the benefit of official roadworthiness data. As a result, no historical trend can be inferred from past pass or fail outcomes, and the absence of advisories or defect records should be viewed purely as a function of the car's age rather than as evidence of mechanical superiority. Without prior MOT documentation, the entire burden of establishing roadworthiness falls upon a thorough physical inspection and service history verification. Recorded mileage is officially unknown for this vehicle, and there is insufficient data to compare against its 2024 registration year. Tesla Model 3 Long Range variants are commonly used as daily commuter or fleet vehicles, frequently covering high annual mileages that can exceed fifteen to twenty thousand miles per year. If the recorded mileage is low, this could suggest either limited use, prolonged standing periods, or potential odometer irregularity, all of which warrant investigation. Conversely, high mileage on a relatively new electric drivetrain is generally less concerning than on an internal combustion equivalent, although the rolling chassis components including suspension, steering, and brakes will still be subject to wear proportional to distance covered and driving conditions. Given the absence of MOT history, a prospective buyer should carry out a comprehensive physical inspection focused on the items that would ordinarily be examined during a DVSA test. Tyre condition should be assessed carefully, looking for uneven tread wear across the axle which may indicate misalignment, suspension wear, or tracking issues, as well as sidewall cracking or perishing which can occur even on low-mileage vehicles due to age-related rubber degradation. The brake system warrants particular scrutiny, as Tesla's regenerative braking strategy means the friction brakes are used infrequently, leading to a tendency for the rear discs to corrode and the calipers to seize from disuse. On a test drive, listen for any scraping, grinding, or binding sensation when pulling away, and verify that the vehicle rolls freely without resistance. The undertray and high-voltage cabling should be visually inspected for any signs of impact damage or fluid leakage, and a diagnostic scan should be performed to retrieve any stored fault codes relating to the battery management system, drive units, or ancillary electronics. Service history verification is especially critical on a near-new Tesla, as the manufacturer recommends routine inspections of the brake fluid, cabin air filter, and air conditioning system at scheduled intervals regardless of mileage. The 12V auxiliary battery, which powers ancillary systems and is a known wear item on Teslas of this era, should be load-tested as it can fail prematurely even on vehicles with relatively low age. Coolant condition for both the battery pack and drive units should be checked for discoloration or contamination, and the high-voltage contactors should be inspected for any signs of oxidation. For a Model 3 approaching its first MOT, it would be prudent to ensure the vehicle has received its recommended Tesla service checks, as any deferred maintenance could result in immediate failure once the official test is conducted. A pre-purchase inspection by a Tesla-approved specialist or an independent EV-aware garage is strongly advisable to provide peace of mind prior to purchase.