2026 Tesla Model 3 RWD Electric · AF26 VGC

The provided Tesla Model 3 RWD does not have a recorded DVSA MOT history, which means no formal roadworthiness test results or maintenance trends can be evaluated against a UK regulatory framework. Without an MOT pass, there is no evidence of compliance with legal safety standards, such as brake function, structural integrity, emissions control, or operational lighting. Additionally, the absence of prior test records precludes any assessment of whether the vehicle’s maintenance history has been consistent or if there have been recurring issues—such as persistent fluid leaks, suspension wear, or electrical faults—that might indicate underlying neglect or design limitations. For a prospective buyer, this lack of MOT data raises significant concerns about the vehicle’s true condition, as it cannot be verified against official inspection criteria, which include critical checks like brake disc corrosion, exhaust emissions compliance, and structural integrity for crash safety. Since mileage data is not provided and no age-specific context is available, it is impossible to determine whether the vehicle has been subjected to typical usage patterns or if there have been periods of prolonged inactivity. However, given that the Model 3 is a modern electric vehicle, its maintenance requirements differ from traditional internal combustion engine cars in ways that warrant careful consideration. Without mileage, one cannot assess annual usage rates, which could suggest either light use with potential issues from standing (e.g., brake disc corrosion or battery degradation from prolonged disuse) or high mileage with wear progression in components like suspension bushes or steering linkages. The absence of a service history also means there is no record of scheduled maintenance, such as battery health checks or fluid replacements, which are critical for an EV’s longevity. If the vehicle has been driven infrequently, the risk of electrical system degradation or battery performance decline from prolonged storage is heightened, whereas rapid mileage accumulation might indicate higher wear on components like the regenerative braking system or wheel bearings. Given the lack of an MOT record and no mileage data, the buyer must conduct a rigorous, hands-on inspection to mitigate risks. First, visually inspect the vehicle for signs of age-related wear, such as sidewall cracking in the tyres, which can indicate long-term exposure to UV degradation or low tread depth despite no visible wear. Check the battery pack for any visible swelling, corrosion on terminals, or unusual heat output, as these are early signs of potential failure. The brake system should be inspected for corrosion on discs or calipers, which can lead to binding or reduced braking performance, especially if the vehicle has been stationary for extended periods. The suspension should be tested for uneven ride quality, clunking noises from worn suspension bushes or broken coil springs, and alignment issues that could cause tyre wear or steering pull. Additionally, verify the electrical system for any warning lights or unusual noises, as EVs are particularly susceptible to battery or inverter issues if not serviced regularly. Fluid checks, such as coolant and brake fluid, should be performed, though EVs do not require traditional oil changes; however, time-based servicing of the battery and inverter may still be recommended. Finally, a test drive is essential to listen for unusual noises from the wheels, suspension, or electrical systems, and to confirm that the vehicle responds smoothly to acceleration and braking, as irregularities could signal deeper mechanical or electrical problems. If possible, obtaining a private MOT test or a detailed service history from the previous owner would provide additional reassurance, but until then, the buyer must prioritise thorough physical inspection and cautious acquisition.