2021 Tesla Model 3 Standard Range + Electric · LF71 VVB

The Tesla Model 3 Standard Range + presents a stable and improving maintenance trend, culminating in a clean pass on 28 August 2025 at 17,669 miles with zero defects recorded. The previous test on 22 August 2024 at 60,965 miles also passed without advisories or failures. Two consecutive clean MOTs indicate no recurring mechanical or structural faults have been flagged, and the vehicle's roadworthiness status is currently sound based on the official DVSA record. The mileage pattern, however, raises a significant anomaly that warrants scrutiny. Between 22 August 2024 at 60,965 miles and 28 August 2025 at 17,669 miles, the recorded mileage has dropped by 43,296 miles in one year. This is physically impossible under normal circumstances and strongly suggests a data entry error, a replaced instrument cluster, or a mileage discrepancy that demands investigation. A buyer should verify the true mileage against service records, the Tesla onboard trip data, and the physical condition of consumable components such as the brake pedal pad, steering wheel, and seat bolsters to cross-reference wear against the stated figure. Despite the clean MOT record, the low annual mileage of roughly 3,534 miles per year over five years means the vehicle has seen light use. Light use can mask certain risks. Extended periods of inactivity in an electric vehicle can lead to 12-volt battery drain, tyre flat-spotting, and reduced effectiveness of the regenerative braking system if the high-voltage battery has been left at extreme charge states for long durations. The brake system on a Tesla relies heavily on regenerative braking, meaning the friction brakes may see very little use. This can cause caliper seizure, disc corrosion, and binding, none of which would necessarily trigger an MOT advisory if the system still meets minimum efficiency thresholds during the test. A prospective buyer should carry out a thorough in-person inspection focusing on the condition of the brake discs and pads for surface corrosion, the suspension bushes and dampers for deterioration from age rather than mileage, and the tyre sidewalls for cracking or perishing consistent with a vehicle that may have stood for extended periods. The structural battery pack mounting points and subframe should be examined for any signs of corrosion, particularly if the vehicle has been stored in coastal or high-humidity environments. Given the mileage discrepancy, obtaining a Tesla service history printout and a vehicle history check is essential before committing to purchase.