2026 Tesla Model 3 RWD Electric · AF26 VFD

The provided Tesla Model 3 RWD has no recorded DVSA MOT history, which means there is no official roadworthiness test data to evaluate maintenance trends or defect progression. Without prior MOT results, it is impossible to assess whether the vehicle’s mechanical condition is stable, deteriorating, or improving over time. The absence of a history also precludes any comparison against typical wear patterns for its age, as even a brand-new electric vehicle must undergo mandatory MOT testing within its first year of registration to establish a baseline. The lack of prior inspections further complicates any assessment of potential hidden issues, such as structural fatigue, electrical system degradation, or battery cell performance, which are critical for an EV’s long-term reliability. For a prospective buyer, this scenario necessitates a rigorous, hands-on evaluation beyond what MOT records alone can provide. The mileage data for this Tesla Model 3 RWD is entirely unknown, which makes any assessment of annual usage patterns or mechanical wear progression impossible. Electric vehicles, particularly those with low or variable mileage, may exhibit different wear characteristics compared to internal combustion engine (ICE) counterparts, but without mileage context, it is not possible to determine whether the vehicle has been subjected to light, moderate, or heavy usage. If the vehicle has accumulated minimal mileage, the absence of prior MOT records could imply either infrequent use or a lack of prior testing, which may not reflect actual wear. Conversely, if the vehicle has been driven extensively without an MOT, it could suggest either a non-standard registration period or a vehicle that has been maintained outside the UK’s regulatory framework. For an EV, this lack of mileage data also raises questions about battery health, as electric motors and drivetrains do not wear out in the same linear fashion as ICE components, but battery degradation can still occur over time due to calendar age, charging cycles, and environmental exposure. Given the absence of MOT history and unknown mileage, the buyer should conduct a comprehensive physical inspection to address both mechanical and non-mechanical concerns. First and foremost, verify the vehicle’s battery health by checking for any signs of swelling, leaks, or unusual odours, as these could indicate a failing cell or thermal runaway risk. Inspect the high-voltage wiring and connectors for corrosion, damage, or excessive heat, which may suggest poor connections or electrical faults that could compromise safety. The suspension system, including coil springs, shock absorbers, and control arms, should be examined for excessive play, clunking noises during cornering or over bumps, or signs of wear such as cracked bushings or binding components. Test drive the vehicle to listen for unusual vibrations, particularly at highway speeds, which may indicate misaligned wheels, warped brake discs, or suspension misalignment. Additionally, check the brake system for any signs of uneven wear, grinding noises, or a spongy pedal feel, which could signal worn brake pads, warped discs, or a failing brake master cylinder. The steering system should be checked for excessive play or resistance, as this may indicate a failing steering rack, tie rods, or worn bushings. For an EV of this age and with no prior MOT records, the buyer should also focus on calendar-based maintenance checks, as electric vehicles are particularly susceptible to fluid degradation over time, even if mileage is low. Inspect the coolant system for leaks, corrosion, or signs of overheating, which could indicate a failing water pump or radiator. Check the brake fluid reservoir for contamination or fluid level, as brake fluid absorbs moisture over time, reducing hydraulic efficiency and increasing the risk of brake failure. The 12V electrical system should be tested by starting the vehicle and monitoring the battery voltage—ideally, it should hold around 13.8–14.4 volts when idle; a significantly lower reading may indicate a failing battery or alternator. Finally, the vehicle’s exterior and undercarriage should be inspected for signs of rust, particularly around wheel arches, under the chassis, and near the floor pans, as standing water and moisture can accelerate corrosion in an EV’s metal components. If the vehicle has been stored for extended periods, check for tyre sidewall perishing, which can occur due to age-related cracking from exposure to UV light and oxygen. Prioritise these checks to ensure the vehicle remains safe, reliable, and compliant with UK roadworthiness standards before purchase.