2021 Tesla Model 3 Long Range AWD Electricity · AK71 VRT

An unblemished pass on the twenty-second of January 2026 completes a short but entirely clear official test record for this electric vehicle, indicating that no structural, braking, or suspension defects were identified during its latest statutory examination. This clean outcome follows a previous inspection in December 2024 where four tyres were logged as worn close to the legal limit on their tread wear indicators. The absence of any recurring mechanical failures or chronic structural advisories across these tests points to a stable early roadworthiness profile, with the vehicle successfully meeting mandatory safety standards without requiring remedial intervention during its time on the ramps. Accumulating 37,388 miles over its five-year life equates to an average of roughly 7,478 miles annually, placing the vehicle at a typical usage rate for its age cohort. This steady accumulation pattern suggests the car has been driven consistently rather than subjected to multi-year lay-ups or extreme high-mileage fleet duties. Mechanically, an average mileage profile of this nature generally prevents the accelerated component degradation associated with constant heavy use while avoiding the specific risks of standing stillness, allowing major electrical systems and high-voltage drivetrain components to operate under standard operational cycles. Prospective buyers inspecting this Model 3 should direct their attention firmly toward tyre condition and geometry, given the previous advisories noting edge wear down to the two-millimetre markers across all four corners. During a physical inspection, measure the remaining tread depth accurately and check the inner and outer sidewalls for uneven wear patterns that could indicate compromised wheel alignment or suspension geometry issues. Because modern electric vehicles place high torque demands through their tyres, uneven wear often signals the need for a professional four-wheel laser alignment check to prevent premature rubber replacement. On the road test, pay close attention to the regenerative braking transition and the physical brake pedal feel, listening carefully for any unusual clicking or grinding noises from the friction brakes since they see less frequent use on EVs and can suffer from surface corrosion on the discs. Drive over varied road surfaces at both low and high speeds to listen for knocks, creaks, or clunks from the front and rear suspension wishbones, control arms, and anti-roll bar links. Any lateral pulling under braking or excessive vibration through the steering column will confirm whether the chassis and steering components remain in proper alignment.