For most of the world, “flying cars” still means a sci-fi movie prop or a tech demo that never leaves the test track. In China, that’s no longer true. Pilotless air taxis are already flying paying passengers over real cities, a modular flying car has completed a manned test flight through downtown traffic, and the government has officially classified this entire industry as a national economic priority. This isn’t a concept anymore. It’s a business — and it’s growing faster than almost anyone predicted.
QUICK FACTS
– Lead company: EHang, maker of the EH216-S pilotless air taxi
– Certification speed: 31 months (vs. 7+ years for comparable Western programs)
– Price of an EH216-S: roughly 2.39 million yuan (~$333,000)
– Sector value: projected to exceed 1 trillion yuan (~$140 billion) by 2026, per CCID Consulting
– New companies registered in the sector in 2025: over 25,000, a 162% jump year-on-year
– Competitors in the space: 800+ companies, including Xpeng, GAC, Geely, and dedicated aviation startups
WHAT’S ACTUALLY FLYING RIGHT NOW
The clearest proof this is real, not hype, is a company called EHang. Its flagship aircraft, the EH216-S, is a pilotless, two-seat vertical takeoff and landing vehicle — no runway needed, no human pilot on board. EHang became the first company in the world to receive full commercial passenger certification for an eVTOL aircraft, completing the regulatory process in just 31 months. For comparison, Western competitors like Joby Aviation and Lilium have been working toward equivalent certification in the U.S. for more than seven years and still haven’t finished.
That certification wasn’t just a paperwork milestone. The EH216-S has already flown commercial passenger demonstration routes in Guangzhou and Hefei, and cross-city, cross-bay routes in Shenzhen. It’s even been sold to consumers directly through a livestream shopping event on Alibaba’s Taobao marketplace, priced at roughly 2.39 million yuan (about $333,000).
EHang isn’t alone. Xpeng AeroHT — the flying car division of EV maker Xpeng — has built something even stranger and more ambitious: the “Land Aircraft Carrier,” a van that carries a fold-out, two-person quadcopter drone inside it. The van drives normally on roads, then the drone detaches and takes off when you need to fly. Xpeng’s CEO has told state media the company plans to mass-produce this vehicle by 2026, with pre-orders and delivery timelines already public.
WHY CHINA CALLS THIS THE “LOW-ALTITUDE ECONOMY”
China has a specific policy term for all of this: the “low-altitude economy,” referring to economic activity in the airspace below 1,000 meters — well under the roughly 9,000 meters commercial airliners cruise at. It covers passenger air taxis, but also cargo delivery drones, agricultural drones, aerial tourism flights, and helicopter shuttle routes.
This isn’t a fringe hobby industry to Beijing. In March 2026, China’s national government work report formally defined the low-altitude economy as an “emerging pillar industry” — placing it in the same policy category as semiconductors and artificial intelligence. A revised Civil Aviation Law took effect on July 1, 2026, adding an entirely new chapter dedicated to promoting the sector, with clear rules for how low-altitude airspace gets classified and managed.
Local governments are moving just as fast. Shanghai has set a target of building an 80-billion-yuan low-altitude economy industry by 2028, and more than half of China’s top eVTOL companies are already clustered in the city. Shenzhen has an even bigger build-out planned: over 1,200 low-altitude takeoff and landing points and more than 1,000 commercial flight routes by the end of 2026, aiming to put a landing point within a one-kilometer radius of more than half the city’s built-up area.
THE NUMBERS BEHIND THE HYPE
The scale of investment flowing into this sector is hard to overstate. China registered more than 25,000 new companies related to the low-altitude economy in 2025 alone — a 162% jump from the year before. Market research firm CCID Consulting valued the overall low-altitude economy at 505.95 billion yuan (about $70 billion) in 2023, and projected it would surpass 1 trillion yuan by 2026. Research group Hurun put the number even higher, projecting the sector would hit 1.5 trillion yuan (roughly $205 billion) by 2025 and nearly double again by 2035.
More than 800 companies are now competing directly in the eVTOL and low-altitude space, according to independent research firm Envisioning — everything from established EV makers like Xpeng, GAC, and Geely, to dedicated aviation startups, to state-linked aerospace firms.
NOT JUST HYPE — REAL ENGINEERING PROBLEMS BEING SOLVED
One of the biggest technical hurdles for any flying vehicle is battery weight versus flight time, and Chinese manufacturers are pushing hard on solid-state battery technology to solve it. Solid-state batteries pack more energy into less weight than the lithium-ion batteries used in most EVs today — a critical requirement when every extra kilogram cuts directly into how far or how long an aircraft can fly. According to GAC GAOYU CEO Su Qingpeng, flying cars can justify solid-state battery costs more easily than ground vehicles can, because customers in this category have a higher tolerance for price given the novelty and utility of the product. A flying car powered by a high-energy solid-state battery has already completed a crossing of the Qiongzhou Strait, a body of water separating mainland China from Hainan Island.
WHO’S RACING WHO
Competition inside China is fierce, which industry analysts say is actually accelerating the pace of development. Rather than one dominant player emerging early like Tesla did in EVs, dozens of well-funded companies are attacking the problem from different angles simultaneously — pilotless passenger drones, modular car-drone hybrids, and helicopter-style long-range designs are all being developed in parallel.
Globally, the pressure is being felt too. American startups like Joby Aviation, Archer, and Wisk, along with legacy aerospace giants Boeing, Airbus, and Brazil’s Embraer, are all racing to build competitive eVTOL products of their own. Analysts at Wedbush have estimated the global eVTOL market could grow into a $30 billion opportunity over the next decade — but China’s head start on certification speed and government backing means it’s currently setting the pace that everyone else has to match.
WHAT’S STILL STANDING IN THE WAY
None of this means flying cars are about to become as common as taxis. Regulatory certification is only step one — airspace management at city scale, air traffic control systems for hundreds of simultaneous low-altitude flights, public safety standards, insurance frameworks, and noise regulations for dense urban areas are all still being built out in real time alongside the technology itself. Vertiports — the landing infrastructure equivalent of airports for these aircraft — are only just starting to be constructed in major cities.
Industry figures in China itself describe 2026 specifically as the year the sector needs to “cross the chasm” from demonstration flights to genuine commercial scale, rather than a finished transition. Several manufacturers are still mid-race to lock in the certifications and manufacturing capacity needed to go from a few dozen aircraft to true mass production.
WHY THIS MATTERS BEYOND CHINA
The fact that a certification process took EHang 31 months versus 7-plus years for comparable Western programs says less about the aircraft themselves and more about regulatory approach. China’s willingness to move fast on entirely new categories of aircraft is creating what analysts call a compounding first-mover advantage — every commercial flight generates real operational data that feeds back into safety validation and further certification, a feedback loop that slower-moving regulatory environments elsewhere haven’t been able to match yet.
For everyday people, the near-term impact isn’t a flying commute to work — it’s aerial sightseeing tours, cross-bay shuttle routes replacing what used to be hour-long car trips, and drone delivery expanding in parallel. But the infrastructure, manufacturing capacity, and regulatory frameworks being built right now are the foundation for something much bigger: a transportation category that, until very recently, existed only in concept videos and auto show displays.
FREQUENTLY ASKED QUESTIONS
Can regular people actually fly in one of these right now?
Yes, but only as paid sightseeing or demonstration flights on approved routes in cities like Guangzhou, Shanghai, Hefei, and Shenzhen — not yet as a general-purpose commute option.
Is this the same thing as a “flying car” that also drives on roads?
Not always. EHang’s EH216-S is a pure aircraft — it only flies. Xpeng’s “Land Aircraft Carrier” is the true hybrid: a van that drives normally and carries a detachable drone inside it for flight.
Why is China moving so much faster on this than the U.S. or Europe?
Largely regulatory approach. China’s aviation authority has certified new aircraft categories in under three years, compared with seven-plus years for equivalent U.S. and European certification processes, according to independent industry research.
Is this actually profitable yet, or still government-subsidized?
Both, to different degrees. EHang has generated real revenue from aircraft sales and paid demonstration flights, but the wider industry — vertiports, air traffic infrastructure, mass manufacturing — is still being built out with heavy state and local government policy support.
THE BOTTOM LINE
Flying cars have been “five years away” for most of the last two decades, everywhere in the world. In China, that clock has run out. Paying passengers are already flying in certified aircraft, a national industrial policy is actively funding the buildout, and more than 800 companies are competing to scale it faster than the last one. Whether the rest of the world catches up — or ends up buying the technology from China the same way it’s increasingly buying EVs and batteries — may be one of the more consequential transportation stories of the next decade.