2021 Tesla Model 3 Standard Range + Electric · K33 SHN

The vehicle presents a fully compliant and stable roadworthiness profile based on its most recent DVSA examination, having passed the MOT test on 20 August 2026 with no defects or advisories recorded whatsoever. This is a highly desirable outcome, indicating that all statutory safety-critical components including braking performance, suspension integrity, steering linkage, tyre condition, lighting, and exhaust emissions met the required standards at the time of test. The previous examination on 23 November 2025 also resulted in a clean pass with no recorded defects, establishing a clear pattern of consistent maintenance compliance across two consecutive tests. The absence of any advisories on either record suggests that components such as brake pads, brake discs, tyres, and suspension elements were not only functional but not exhibiting wear levels that warrant observation at the point of test, which is reassuring given the annual mileage this vehicle has accrued. Overall, the maintenance trajectory appears stable and well-managed, with no evidence of deteriorating component health between tests. With regard to usage patterns, this 2021 Tesla Model 3 Standard Range Plus has accumulated 70,226 miles over approximately five years, equating to an annual mileage of around 14,045 miles per year. This figure sits noticeably above the average annual mileage for a UK passenger vehicle, which typically falls in the 7,000 to 10,000 mile range, suggesting that this particular example has been subjected to consistently heavier use than the average. Such sustained high mileage carries specific mechanical implications for an electric vehicle of this design. Although the absence of an internal combustion engine removes many traditional wear items such as timing chains, exhaust systems, spark plugs, and clutch assemblies, the braking system, suspension, tyres, and ancillary components remain subject to conventional wear regimes. Higher mileage generally accelerates wear on coil spring seats, suspension bushes, anti-roll bar links, and wheel bearings, all of which carry vehicle mass and dynamic loads throughout their service life. Equally, the high-voltage battery pack and drive units warrant particular scrutiny given the energy throughput implied by this mileage. Despite the clean MOT history, prospective buyers should approach this vehicle with a structured physical inspection regime appropriate to its age and accumulated mileage. Tyre condition warrants close attention, with particular focus on tread depth across the full width of each tyre, uneven wear patterns that might indicate misalignment or suspension geometry concerns, and any signs of sidewall perishing or cracking given that the tyres will be approaching five years of age regardless of tread remaining. Original-equipment tyres fitted at manufacture may still be in service, and age-related rubber degradation can compromise grip and safety even where tread depth appears adequate. The wheels should be inspected for kerb damage and the brake calipers examined for any signs of seizing or sticking, as binding calipers can develop from infrequent use or from corrosion build-up behind the caliper piston. Given the regenerative braking capability inherent to Tesla vehicles, the friction braking components may show varied wear patterns depending on driving style, and a test drive should include multiple firm brake applications from moderate speed to confirm smooth, even response without juddering, pulling, or warning indicators on the driver display. A comprehensive pre-purchase evaluation should also encompass verification of the high-voltage battery state of health through diagnostic equipment, as battery degradation directly influences usable range and represents the most significant long-term cost consideration for any used electric vehicle. Tesla service history should be verified through the manufacturer application or official channels, with particular attention to any software-related recalls, drive unit replacements, or suspension component inspections that may have been performed under warranty. The 12-volt auxiliary battery, which powers ancillary systems and is a known service item on Tesla vehicles, should be checked for date coding and voltage health, as failure of this component can render the vehicle inoperative. Fluid systems, although less extensive than on a conventional vehicle, still require periodic attention; brake fluid should be replaced in line with manufacturer schedules irrespective of mileage due to its hygroscopic nature, and the cooling system serving the battery and drive units should be inspected for leaks and verified fluid condition. During the test drive, listen carefully for any suspension clonks over undulating surfaces, pay attention to steering response for any vagueness or knocking through the rack, and monitor the dashboard for any warning messages relating to the high-voltage system, tyre pressure monitoring, or driver assistance features. Finally, confirming that all charging equipment, including the mobile connector and any wall-mounted unit, is present and functional, alongside verifying two keys and clean title documentation, will complete a thorough evaluation of this otherwise well-maintained example.