XPeng, a Chinese manufacturer of aerial vehicles, announced plans to make its two-seater flying car available to consumers in the second half of 2027, according to statements made by the company’s chief executive at a technology conference. The battery-powered device, priced at $300,000, has received approval from China’s civil aviation authorities for limited operational use following a decade of development work.
The vehicle features a compact cabin roughly equivalent in size to a Fiat 500 automobile and is propelled by six propeller units resembling drone components. Operator control utilizes a joystick interface, and the device can be programmed for autonomous flight to designated destinations. The manufacturer stated that basic pilot training could be completed in approximately five minutes. The aircraft unfolds from a six-wheel transportation van comparable to a Ford Transit van, with the company drawing comparisons to Transformer toy mechanics in describing the deployment process.
Initial deployment will be restricted to designated park areas within China and to emergency response services that require access to remote or difficult-to-reach locations. The vehicle can operate at altitudes reaching 1 kilometer and provides a flight range of 30 kilometers, with plans to extend this range by increasing battery capacity specifications. The manufacturer identified recreational enthusiasts involved in activities such as diving, surfing, and off-roading as the primary target market for initial commercial availability.
The development of this flying vehicle occurs within China’s broader strategic initiative to establish a “low-altitude economy” encompassing aerial transportation technologies. Approximately 20 Chinese companies are reportedly engaged in similar flying vehicle development projects. The manufacturer has indicated interest in expanding operations to international markets including the United Arab Emirates, Southeast Asian countries, and Europe, positioning aerial transportation as an eventual evolution in global mobility systems.
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