2020 Tesla Model 3 Standard Range + Electric · LC20 OLW

The Tesla Model 3 in question demonstrates a consistently stable roadworthiness record, with all three most recent MOT tests—conducted in June 2023, July 2024, and August 2025—resulting in clean passes at 20,278, 30,568, and 35,954 miles respectively. The absence of advisories or defects across these intervals suggests the vehicle has not experienced recurring mechanical failures that would warrant concern. However, the August 2025 test, just 11 months prior to today, remains the most relevant benchmark, as it reflects the current condition at 35,954 miles. While no red flags appear in the official record, the buyer should verify whether any unrecorded servicing—particularly for high-mileage components like suspension bushes, brake calipers, or battery health—has been attended to, as these are not routinely MOT-tested but critical to long-term reliability. The mileage progression of approximately 5,992 miles annually over the past three years aligns with a pattern of light usage, which typically correlates with lower wear on mechanical and structural elements. There are no abrupt jumps or prolonged gaps that would indicate neglect or excessive stress on the vehicle. For instance, the 10,290-mile interval between the 2023 and 2024 tests, while longer than the subsequent 5,986-mile gap, still falls within a reasonable service cycle for an electric vehicle. The low mileage also reduces the likelihood of accelerated degradation in suspension components, brake discs, or drivetrain wear, though this does not absolve the need for a thorough inspection of less visible systems. Given the lack of MOT-reported issues, the buyer’s primary focus should centre on areas not routinely tested. The suspension—particularly the condition of coil springs, bushings, and shock absorbers—should be scrutinised for uneven wear or fluid leaks, as these are not flagged in the record but are critical to handling and safety. Brake systems, though passed in all tests, warrant inspection for uneven disc thickness, binding calipers, or corrosion, especially if the vehicle has been stored in damp conditions. The battery health, while not MOT-tested, should be assessed for capacity retention and any signs of thermal management system inefficiency, particularly given the vehicle’s age. Finally, the underbody and wheel arches should be examined for corrosion, as electric vehicles can suffer from hidden rust progression if not regularly inspected. The absence of advisories does not guarantee these areas are pristine, but it does indicate no prior failures in these zones.