Summary
- Tesla’s dedicated robotaxi, the Cybercab, reportedly weighs 3,113 pounds, making it approximately 700 pounds lighter than a Model 3 and one of the lightest EVs in the U.S. market
- Official EPA documents reveal a 48-kWh battery pack and a 219-hp front-mounted electric motor, achieving a laboratory-tested range of 418 miles
- The vehicle features a record-breaking efficiency rating of 165 Wh/mi, though real-world driving range is estimated to be approximately 290 miles
Recent regulatory filings with the Environmental Protection Agency provide the most comprehensive technical breakdown yet of the highly anticipated Tesla Cybercab. The striking two-seat electric vehicle tips the scales at exactly 3,113 pounds. This curb weight makes it roughly 700 pounds lighter than the standard base Model 3. Such a significantly lower mass directly results from a compact 48-kWh battery pack and a minimalist cabin layout. Official documentation reveals a gross vehicle weight rating of 3,730 pounds. The figure translates to a payload capacity of 617 pounds that perfectly accommodates two passengers alongside their carry-on luggage.
Power for the localized transport pod comes from a single 163-kW front-mounted electric motor producing 219 horsepower. This specific front-wheel-drive setup marks a massive departure from the usual rear-wheel and all-wheel drive configurations seen across the current lineup. The resulting horsepower output easily rivals top-tier compact electric models currently on the market. Brand executives originally presented the machine as a fully autonomous vehicle completely lacking a steering wheel or pedals. Spotters have nonetheless captured recent prototypes undergoing track testing with traditional human-operated controls installed.
Maximum range remains the core engineering focus of the Cybercab. The experimental vehicle achieved an unadjusted laboratory range of 418 miles utilizing a 146 amp-hour electrical system running at 326 volts. Standard regulatory adjustments and real-world street conditions will likely bring the usable driving distance down to a highly practical 293 miles. An astonishing 165 Wh/mi efficiency rating formally positions the prototype among the most economical production cars ever certified in the United States.
Initial manufacturing efforts have officially commenced at the Texas facility ahead of a planned commercial rollout. Corporate leaders currently project an accessible starting price under $30,000 for the final Cybercab consumer model. A widespread nationwide launch depends entirely on the success of ongoing autonomous driving software trials. Delivering these self-driving capabilities safely will ultimately determine if the automaker can fulfill its promise to revolutionize urban transit before 2027.
