Electric vehicle prowess helps China's flying car sector take off

At a factory in Guangzhou, southern China, a worker in white gloves inspects the propellers of a boxy two-seater aircraft fresh off the assembly line. This factory is part of a growing Chinese effort to mass-produce flying cars, a sector that has long struggled globally due to technical and regulatory hurdles. Yet China is leveraging its rapid progress in drones and electric vehicles (EVs), alongside government support, to push the futuristic concept closer to reality.

“China has the potential to establish a competitive edge in flying cars,” said Zhang Yangjun, professor at Tsinghua University’s School of Vehicle and Mobility. “Future competition will increasingly hinge upon cost control and supply-chain efficiency, and these are areas where China holds clear advantages,” he added.

Inside the brightly lit factory, logistics robots ferry unfinished parts to assembly stations. Workers are constructing lightweight six-propeller aircraft capable of vertical takeoff. These vehicles are designed to fit into a modular “Land Aircraft Carrier,” made by Aridge, a subsidiary of Chinese EV maker XPeng. The flying portion is stored and charged in a wheeled, on-land vehicle nicknamed “the mothership.”

At full capacity, the Aridge factory can produce one aircraft every 30 minutes. Trial production began in early November, with deliveries planned for next year, and more than 7,000 pre-orders already placed. Despite this progress, challenges remain. “Regulations, consumer comfort with this product, and managing airspace and supply chains all need to catch up gradually,” said Michael Du, Aridge’s vice president.

Global competition in aerial mobility is heating up. Tesla CEO Elon Musk has teased a flying car prototype, claiming it surpasses even the imagination of all James Bond vehicles combined. The concept of flying cars is not new; American aviation pioneer Glenn Curtiss debuted the first prototype in 1917. But only in recent years have advances in electric motors and high-performance batteries made practical designs feasible.

Several companies have conducted manned test flights, including California-based Joby and Archer, as well as Chinese firms Aridge, EHang, and Volant. Notably, EHang became the first company worldwide fully approved for commercial flying car operations and plans to launch an air taxi service within three years, priced similarly to premium road taxis. Aridge, however, has yet to achieve regulatory approval.

Zhang emphasizes that flying cars remain at an early developmental stage but sees the sector as strategically significant. Beijing has labeled the “low-altitude economy”—comprising flying cars, drones, and air taxis—as a priority for the next five years. Several provincial governments, including Guangdong and Sichuan, have pledged to ease restrictions to foster growth.

A Boston Consulting Group report forecasts that China’s flying car market will reach $41 billion by 2040, approaching what it calls a “critical inflection point.” Yet success has been uneven internationally, with European firms facing high-profile insolvencies and U.S. companies struggling to turn ambitious plans into profitable mass production.

China’s advantage lies in its established EV supply chain, which can adapt components for aviation use once certified. The country also benefits from an “engineer dividend,” allowing companies to resolve technical issues quickly during production. Brandon Wang, a Beijing-based investor in AI, robotics, and flying cars, notes that these factors position China well ahead of other markets.

While the path to widespread flying car adoption is complex, Chinese companies are betting on technology, regulatory support, and supply-chain expertise to drive the industry forward. If successful, the nation could lead a transformation in personal mobility, bringing the once-fantastical idea of flying cars into everyday reality.