Gasgoo Munich- Recently, Sheikh Saud bin Saqr Al Qasimi — a member of the UAE Federal Supreme Council and Ruler of Ras Al Khaimah — led a delegation to XPENG AeroHT's flying car plant. He toured the world's first mass-production line for flying cars and unveiled the initial "Land Aircraft Carrier" eVTOL (X3-F) slated for the UAE's advanced low-altitude regulatory sandbox, personally taking delivery of the test aircraft on site.
Unlike static displays at trade shows, the machine the Sheikh took home had just rolled off the line with full production-grade processes. It will now undergo a "sandbox trial operation" supervised by the UAE's General Civil Aviation Authority. The next phase will focus on product certification, inter-emirate route planning, and building out operations.
The "Split-Body" Route: What Makes It Different?
To grasp the weight of this delivery, you first have to understand the path XPENG AeroHT chose.
China's eVTOL space lacks a unified technical playbook. EHang is pursuing unmanned, multi-seat passenger craft; its EH216-S has secured the world's first type certificate, production license, and standard airworthiness certificate for an eVTOL, with 287 units delivered to date. Volofly and Volant are focused on five-seat, piloted eVTOLs for intercity commutes. Autoflight, meanwhile, was first to turn a monthly profit in cargo operations.
XPENG AeroHT went a different way: the split-body design.
The "Land Aircraft Carrier" separates into a ground module and a flight module. The ground section is a 6×6 all-wheel-drive off-roader drivable with a standard C1 license, offering a range of over 1,000 km. The air section is a six-rotor, dual-duct, two-seat eVTOL capable of vertical takeoff and landing; its arms and blades fold away into the car. The two modules detach and reattach automatically in roughly two to three minutes. Priced under 2 million yuan, it targets individual buyers.
Image source: XPENG AeroHT
When the news hit, social media mockery was swift: "That's not a flying car, it's a trailer hauling an aircraft." "A flying car accessory." "By that logic, does a truck carrying a drone count as a flying truck?" The subtext is clear — the public wants a James Bond-style one-touch transformation, a vehicle seamlessly shifting between road and sky, not two machines lashed together.
XPENG AeroHT's logic: right now, hitting safety, weight, range, and cost targets for the flight module leaves little room to also handle ground driving. The split design is a more pragmatic engineering compromise. The flight module pursues aviation certification; the ground module follows automotive rules. Two mature regulatory paths actually speed things up.
As for comparisons to the Tesla Roadster's brief hover stunt, the nature of the two is entirely different. One is a product-launch tech demo; the other is a mass-produced delivery heading into a sandbox, chasing airworthiness, and preparing to fly actual routes.
Beyond the Sandbox: How Far to Go?
Set aside the product debate. The real industry signal here is that a complete Chinese eVTOL has gone overseas for the first time as a mass-produced machine delivered into a foreign regulatory sandbox.
Why the UAE?
The emirates have been highly active in low-altitude mobility over the past two years. In September 2025, Ras Al Khaimah granted XPENG AeroHT a special flight permit. This time, the UAE is opening a regulatory sandbox, with the civil aviation authority leading trial operations and allowing companies to test manned flights, inter-emirate routes, and operational systems within controlled airspace. For companies, this sandbox neatly solves two stubborn bottlenecks: airworthiness certification requires real flight data, and airspace management demands operational experience.
What does this step mean for China's eVTOL industry?
Image source: XPENG AeroHT
First, consider the domestic lineup. According to Fortune China's eVTOL industry report, Chinese firms have logged breakthroughs across various tech routes — EHang, XPENG AeroHT, Volofly, Autoflight — placing the sector in the global top tier. At least six automakers have jumped in: Geely, XPENG, GAC, Hongqi, and Chery. XPENG AeroHT's Guangzhou factory is planned for an annual capacity of 10,000 units, with mass deliveries slated for 2026.
Now look at the global field. Among overseas players, Joby and Archer have listed in the U.S. to fund their airworthiness campaigns, while Volocopter and Lilium have stumbled in their commercialization pushes. Exporting a complete low-altitude operations package, rather than just selling hardware, holds long-term value that clearly extends beyond the price tag of a single machine. It lies in routes, operations, and a voice in setting standards.
Yet a sober look reveals several hurdles between "delivering a test machine" and "putting everyday passengers in the air."
Start with airworthiness. The flight module's type certificate application was only accepted by regulators in March 2024; eVTOLs for personal use haven't yet completed China's full certification process. Then there's airspace. Liu Chuanjian, chief pilot at the Civil Aviation Flight University of China, recently noted that rules for low-altitude airspace below 1,000 meters remain incomplete, and flight approval is still cumbersome. Finally, operations. The infrastructure for takeoff and landing pads, ground dispatch, and emergency rescue is far from forming a network.
Whether airspace will become the next arena for great-power competition — following land and sea lanes — is too early to call. But one thing is certain: when a UAE Sheikh walks into a Chinese factory to take delivery, China's low-altitude economy has moved past PPTs and test-flight videos, reaching the next station of mass production and cross-border validation.
The remaining challenge is turning that 10,000-unit annual capacity into actual daily commutes.
