2020 Tesla Model 3 Performance AWD Electric · BJ20 DGE

A recurring pattern of tyre structural damage and friction component wear defines the mechanical history of this dual-motor performance saloon, which secured a pass on 2026-06-17 after initially failing six days prior due to multiple tyre sidewall cuts and an inoperative registration plate lamp. While the vehicle successfully cleared its annual statutory examinations across five test events, the history contains two failures—one categorized as dangerous in 2023 due to a structural tyre bulge—alongside persistent advisories regarding pitting and scoring on both front and rear brake discs noted repeatedly since 2023. Accumulating 56,292 miles over its six-year lifespan translates to an average of roughly 9,382 miles per year, representing an entirely typical annual mileage rate for this class of electric vehicle. This steady accumulation pattern indicates consistent usage rather than extended periods of static storage, meaning the suspension bushes, wheel bearings, and high-torque drivetrain components have experienced normal operational cycling without the risks associated with prolonged lay-ups or sudden high-mileage commuting spikes. Inspecting the friction braking system is vital during a pre-purchase examination, given that both the front and rear brake discs have repeatedly been flagged for wear, pitting, and scoring. On a test drive, listen closely for grinding noises or vibrations through the brake pedal when decelerating from motorway speeds, and inspect the disc faces visually for deep grooves or heavy corrosion that would necessitate immediate replacement of the discs and pads. The extensive history of tyre failures and edge-wear advisories requires careful scrutiny of the current rubber fitted to the 20-inch alloy wheels, checking for inner-edge wear patterns that can result from aggressive wheel alignment or heavy torque application on all-wheel-drive variants. During the road test, assess the steering geometry for any pulling and listen for knocks or clunks from the suspension arms and subframe mountings over uneven road surfaces, ensuring that the heavy weight and rapid power delivery of the performance specification have not induced premature fatigue in the vehicle joints and linkages.