2021 Tesla Model 3 Standard Range + Electric · GL71 EUF

Navigating high-mileage electric vehicle ownership requires careful attention to suspension and tyre wear, a reality clearly reflected in the history of this Model 3. The saloon successfully secured an MOT pass on the 8th of December 2025, though the tester noted an advisory for a nearside rear tyre wearing close to the legal limit and on its edge. This follows a completely clean pass in January 2025 and a more concerning failure in December 2024 for a dangerously exposed ply on the nearside front tyre alongside excessive play in the nearside front lower suspension arm ball joint. While the latest test shows a stable roadworthiness outcome, the recurring tyre wear and front-end component replacement indicate that the heavy regenerative braking forces and the substantial weight of the battery pack place significant physical demands on the steering and suspension geometry. With an odometer reading of 122,640 miles accumulated over roughly five years, this vehicle has averaged nearly 24,500 miles annually, pointing to heavy fleet, courier, or long-distance motorway usage. This intensive utilization rate means the chassis, wheel bearings, and high-voltage drivetrain have experienced rapid lifecycle progression compared to a typical private vehicle of the same vintage. While long-distance motorway running generally subjects mechanical parts to steady-state conditions rather than harsh urban stop-start shock loads, the sheer quantum of miles dictates that subframe mountings, steering linkages, and braking components will be well advanced in their operational lifespans and require vigilant ongoing inspection. During your physical inspection and test drive, pay meticulous attention to the front suspension setup, particularly focusing on the lower suspension arms and ball joints that previously required replacement. Listen closely for any dull clunks, knocks, or metallic rattles from the front corners when driving over speed bumps, potholes, or rough tarmac, which would signal renewed play in the bushes or joints. Furthermore, check the inner and outer tread surfaces of all four tyres carefully, as the rear tyre advisory combined with the previous front tyre structural failure suggests the vehicle may benefit from a professional four-wheel laser alignment check to ensure tracking is within manufacturer specifications. Because this is a high-mileage Tesla Model 3, you should also test the regenerative braking system thoroughly by lifting off the accelerator at various speeds, ensuring the deceleration feels smooth, predictable, and free of any grinding noises or lateral pulling. Inspect the mechanical brake discs and pads for scoring or lip formation, as high motorway mileage in modern EVs often leaves friction brakes underutilized, which can lead to surface corrosion or seized sliding calipers. Finally, verify that all cabin electronics, charging ports, and thermal management systems operate without fault, ensuring the high-mileage powertrain remains robust for your intended driving needs.