Tesla’s new robotaxi model Cybercab has won the title of the most efficient electric vehicle ever produced with a power consumption of 165 Wh/mi. This official information reveals that the vehicle consumes 28 percent less power than its closest rival in the market, the Lucid Air Pure model.

This number, confirmed by Lars Moravy, Tesla Deputy Leader of Vehicle Engineering, represents an approved certification value, not a marketing purpose. However, this high efficiency is possible by designing the vehicle as a small two-person robotaxi, free of standard equipment such as steering wheel and pedals.

New standard in efficiency and technical details

Cybercab aims to offer a range of approximately 300 miles with a battery pack under 50 kWh. While the aerodynamic structure of the vehicle is optimized by narrowing the rear part, the heavy safety structures and seat systems found in classic passenger cars are not included in this model.

According to EPA information, Cybercab’s consumption value of 165 Wh/mi is well ahead of well-known models such as the Tesla Model 3, which consumes 240 Wh/mi, or the Hyundai Ioniq 6, which consumes 241 Wh/mi. This huge difference stems from the special design of the vehicle, which focuses on carrying only two passengers and providing low-cost transportation.

Thanks to this efficiency, Tesla plans to gain a valuable advantage over its competitors in the operating costs of its robotaxi fleet. Based on average electricity prices in the United States, Cybercab’s power cost per mile comes down to approximately $0.026.

This low cost, combined with the $30,000 sales price target, forms the center of Tesla’s fleet economics strategy. The vehicle, which started production in Giga Texas facilities in April, is expected to follow a slow production pace initially.

Autonomous driving and question marks about the future

While the Cybercab’s efficiency record is impressive, the vehicle’s success remains dependent on autonomous driving technology that Tesla has now failed to crack. The company has been experiencing changes in its management team, with the departure of three senior executives since February.

Tesla’s controlled robotaxi fleet currently has an accident rate four times higher than human drivers. This situation brings with it concerns that the vehicle’s efficiency record will not find a practical use unless the autonomous driving problem is solved.

Cybercab stands out as a vehicle that pushes the limits of engineering with its structure without a steering wheel or pedals. However, this efficiency will reach its real price when autonomous driving is implemented in a scalable form.

Do you think Tesla will be able to realize the expected transformation in the transportation sector with this efficient robotaxi model?