2021 Tesla Model 3 Standard Range + Electricity · VGZ 7013

A 2021 Tesla Model 3 Standard Range Plus returning to the road with a clean pass and no advisories on its most recent examination dated 13 January 2026 presents a commendable roadworthiness profile. With only one MOT entry on file, it is early to draw definitive long-term conclusions, yet the absence of any recorded defects at the first test opportunity suggests that the key safety-critical areas inspected under the DVSA regime, including brakes, tyres, suspension, lighting, and structural integrity, were found to be in sound order. For a five-year-old electric vehicle, this clean sheet is a positive indicator, particularly as corrosion-related advisories on suspension and underbody components are common concerns for vehicles operating in the UK climate. The trend, while limited in data points, is stable and encourages further investigation rather than immediate concern. Annual mileage of approximately 8,714 miles over the vehicle's five-year life places this Model 3 squarely within typical usage parameters for a modern passenger car, neither languishing on a driveway nor accumulating the heavy commercial-style mileage that accelerates wear on suspension bushes, wheel bearings, and tyres. Mechanically, this rate of accumulation tends to keep brake components, particularly the rear calipers and discs, well beded in, reducing the risk of seizure from prolonged standing, while also ensuring that the high-voltage battery pack and 12V auxiliary battery have been regularly exercised. There are no unusual gaps in testing or sharp spikes in recorded mileage to suggest irregular usage patterns, which is reassuring for a buyer assessing how the vehicle has been operated. For a prospective buyer conducting a physical evaluation, attention should focus on the areas most prone to wear on a Tesla of this age and mileage, even though they were not flagged at the recent test. The Model 3 is known for premature rear suspension bush wear, particularly on the trailing arms and upper control arms, so listen for clonking or knocking noises, especially over speed humps and uneven B-road surfaces, and feel for any vagueness or knocking through the steering when reversing under load. Inspect the underside for any signs of corrosion on the rear subframe mounting points and suspension arms, as Tesla has issued several related service campaigns, and check that the tyres are wearing evenly across both axles, as uneven shoulder wear can indicate alignment issues or worn suspension linkages. On the road, test the braking system thoroughly, as the Model 3's regenerative braking can mask rear brake corrosion, leading to judder or grabbing when the friction pads finally engage at lower speeds. Pay close attention to any warning messages on the central touchscreen relating to the high-voltage system, 12V battery, or drive unit, and verify that the tyre pressure monitoring system registers all four corners accurately. Finally, inspect all four tyres for age-related cracking on the sidewalls regardless of tread depth, as the relatively modest annual mileage may mean the original-fitment tyres have aged out before wearing out, and confirm that the charging port and door operate smoothly without any hesitation that could indicate a faulty actuator or wiring concern.