2024 Tesla Model 3 Electricity · ME14 SAM

The vehicle presents a stable roadworthiness profile, as evidenced by the most recent MOT pass on 16 March 2026 at 66,495 miles. This result yielded no recorded defects or advisories, mirroring the clean sheet from the previous test in September 2025. The lack of recorded failures suggests the vehicle has maintained a consistent mechanical standard despite its high usage intensity. The mileage accumulation indicates exceptionally heavy use for a two-year-old vehicle. Between the tests in September 2025 and March 2026, the car covered 29,787 miles in just six months. This rate of travel, averaging over 5,000 miles monthly, far exceeds the national average and suggests the vehicle was likely used for long-distance commuting or fleet purposes. Such rapid mileage puts significant stress on wear components and suspension assemblies compared to typical private-use examples. Given the high-mile history, a physical inspection must prioritize components prone to fatigue under high-frequency use. A buyer should scrutinize the suspension bushings, control arms, and dampers for signs of premature wear or tearing, which often manifest at these intervals. The braking system requires a thorough check for uneven pad wear or rotor scoring, as the regenerative braking system in an electric vehicle can sometimes lead to caliper corrosion. Furthermore, the chassis should be examined for any impact damage or stone ingress that may have occurred during high-speed motorway. While the MOT record shows no structural concerns, the sheer volume of miles means that tyre longevity and steering alignment are likely nearing the end of their optimal life. Verifying the service history for fluid intervals is essential to ensure that the drivetrain and cooling systems have been maintained according to the rigorous demand placed upon them.