2024 Tesla Model 3 Electricity · WM24 LUJ

As of September 2026, this 2024 Tesla Model 3 does not yet hold any recorded MOT test outcomes on the DVSA database. Under current UK roadworthiness regulations, this is entirely consistent with the vehicle's age, as cars are not legally required to undergo their first MOT test until they reach three years of registration. The absence of an MOT record means there is no historical pass or fail data, advisory notes, or defect history available to evaluate. Consequently, no conclusion can be drawn regarding a stable, worsening, or improving maintenance trend, as the official testing framework has not yet been applied to this vehicle. With respect to recorded mileage, no odometer readings have been supplied, and there is no MOT history against which to cross-reference annual usage. As a two-year-old vehicle at the point of evaluation, it would typically be expected to have covered between ten thousand and twenty thousand miles depending on whether it has been used primarily for urban commuting, longer motorway journeys, or remained largely stationary. Without documented mileage, it is impossible to determine whether this Model 3 has experienced high motorway accumulation, low gentle use, or extended periods of standing, each of which carries different mechanical implications for an electric powertrain and its associated chassis components. Given the clean and unpopulated MOT record, prospective buyers must rely upon age-and-usage-appropriate physical inspection rather than government testing history. Even on a low-mileage or infrequently used example, attention should be directed to the tyres. Tesla Model 3s are equipped with low-profile performance rubber that is susceptible to sidewall perishing from UV exposure and age, and any tyres older than four years should be examined for cracking regardless of tread depth. Similarly, brake discs and calipers can suffer from standing corrosion or binding if the vehicle has been left unused for prolonged intervals, leading to uneven pad wear, brake shudder under deceleration, or an unusually stiff pedal feel. A test drive should include several firm stops from moderate speed to confirm smooth, even retardation and the absence of pulling to one side. Finally, while electric vehicles eliminate traditional engine oil and exhaust servicing, the Model 3 still requires time-based attention to its 12-volt auxiliary battery, brake fluid, and coolant systems, the latter of which serves the battery pack and power electronics. A low-voltage battery approaching three years of age is prone to failure and may present as erratic infotainment behaviour or warning messages prior to complete depletion. Brake fluid is hygroscopic and degrades on a calendar basis regardless of mileage, typically requiring renewal every two years to prevent moisture ingress from compromising braking performance. Coolant condition and replacement interval should be verified through the Tesla service record or mobile application, and the underside of the vehicle inspected for any signs of impact damage, fluid weeping from the cooling circuit, or deterioration of the suspension bushes, all of which would warrant further professional assessment before purchase.