2021 Tesla Model 3 Standard Range + Electricity · GL71 FBC

A pristine, fault-free roadworthiness record defines this modern electric saloon, underscored by a completely clean pass on January 7, 2025, which immediately followed an administrative rectification and successful retest just three days prior. The total absence of historical advisories or major mechanical failures across its initial statutory test demonstrates high structural and operational integrity. This unblemished trajectory indicates that the primary high-voltage drivetrain, chassis, and safety systems have maintained factory standards of compliance without exhibiting premature wear or degradation in their foundational components. With an odometer reading of 33,349 miles accumulated over roughly five years of service, the vehicle displays an average annual usage rate of approximately 6,670 miles. This moderate mileage footprint sits well within expected parameters for a private passenger car of this classification, avoiding the accelerated friction and thermal cycling associated with high-mileage fleet use while equally sidestepping the stationary degradation risks sometimes tied to prolonged storage. The consistent, measured accumulation ensures that mechanical seals, bearings, and structural members have experienced standard operational cycles without enduring excessive stress. Given the absence of traditional combustion engine ancillaries and exhaust networks, a physical inspection during a test drive must pivot toward the heavy high-voltage battery housing, underbody composite shielding, and suspension geometry unique to this heavy chassis architecture. Prospective buyers should listen intently for any dull thuds, clunks, or metallic creaks emanating from the front control arms, wishbones, and anti-roll bar drop links when traversing speed humps or uneven road surfaces, as the substantial kerb weight places continuous loads on these rubber-isolated joints. Additionally, check the steering response for any vagueness or pull that might point to alignment drift or premature bush wear. Because regenerative braking systems see intermittent use depending on drive settings, a thorough evaluation of the physical friction discs and calipers is essential to confirm that the brake pads are wearing evenly and not suffering from surface corrosion or binding caused by salt exposure and under-use. During the test drive, apply firm pressure to the brake pedal from varying speeds to detect any judder, pulsation, or spongy travel, which would indicate warped rotors or uneven pad transfer. Finally, inspect the inner and outer tyre shoulders for even tread wear profiles, verifying that the suspension geometry remains correctly proportioned and free from abnormal scrubbing.