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GOVY recently announced the completion of a 200 million RMB Pre-A round financing, bringing its total funding this year to 500 million RMB. The company has also made significant progress in airworthiness certification, market expansion, and international development. By leveraging its systematic capabilities built on aviation standards and automotive supply chains, GOVY is pursuing a unique industrial path for the low-altitude economy characterized by "high safety, new technology, and scalability" through a "scenario-driven, self-developed technology, and ecosystem collaboration" triple-driven model.
Guangdong GOVY Technology Co., Ltd., a low-altitude mobility technology company incubated by GAC Group, is committed to building a one-click, worry-free new low-altitude mobility experience with high-safety products as its core. As a representative enterprise of new productive forces covering the R&D, production, sales, and services of flying cars, GOVY has simultaneously pursued the "short-range multi-rotor + intercity compound wing" technical routes. It has developed the modular flying car GOVY AirCar, the multi-rotor flying car GOVY AirCab, and the compound-wing flying car GOVY AirJet, all of which are now in the full airworthiness certification phase. The company aims to obtain certification and begin mass production by 2026, with commercial operations for passenger-carrying flying cars set to launch in 2027.
GOVY's core product lineup includes the compound-wing flying car GOVY AirJet, the mass-produced multi-rotor flying car GOVY AirCab, and the modular-body GOVY, which can switch between aerial and ground scenarios.
GOVY AirJet features an 8-rotor, 8-propeller, and dual-duct design, with a maximum speed of 250 km/h and a range of 200 km, supporting 30-minute fast charging. Its highlights include a carbon-fiber body (over 90%), aviation-grade battery safety, and a "1+1+X" flexible cabin layout with one-click autonomous driving. Designed for 40-minute intercity commutes in the Greater Bay Area, it is scheduled for mass production by late 2026.
