NextFin News - In a dual display of aeronautical engineering prowess, two Chinese entities have successfully flight-tested next-generation electric vertical take-off and landing (eVTOL) aircraft, marking a decisive step toward the commercialization of the "low-altitude economy." On February 6, 2026, the 9th Academy of the China Aerospace Science and Technology Corporation (CASC) completed the maiden flight of its modular flying car in Chongqing. Simultaneously, Suzhou-based AutoFlight announced the successful transition flight of its V5000 "Tianji Long," the world’s first 5-ton class eVTOL, at its Bailian Lake low-altitude base. These milestones occur as U.S. President Trump’s administration continues to monitor global competition in autonomous and electric transportation, highlighting a widening technological front in the aerospace sector.
The CASC aircraft features a novel configuration that integrates a road-going chassis with a detachable flight module. According to Al Bayan, the vehicle is designed to carry two passengers at speeds of up to 150 km/h at altitudes below 3,000 meters. Its intelligent electric chassis provides a ground range exceeding 300 km, allowing it to function as a standard road vehicle before deploying its wings for aerial transit. This modular approach aims to solve the "last-mile" infrastructure bottleneck by allowing the aircraft to utilize existing road networks and parking facilities, rather than relying solely on dedicated vertiports. CASC intends to deploy this technology across emergency support, logistics, and specialized transport sectors.
Parallel to the modular breakthrough, AutoFlight’s V5000 Tianji Long has redefined the scale of electric aviation. As the first 5-ton class eVTOL to achieve a full transition from vertical lift to fixed-wing cruise flight, the Tianji Long represents a significant leap from the 1.5-to-3-ton prototypes that currently dominate the industry. According to PR Newswire, the aircraft boasts a pure electric range of 250 km, while a hybrid-electric variant extends that reach to 1,500 km. With a 10-passenger capacity or a one-ton cargo payload, the Tianji Long is positioned as a "heavy-duty aerial platform" capable of intercity business travel and regional logistics.
The technical success of these flights is rooted in advanced propulsion and flight control systems. The Tianji Long utilizes a composite wing design with 20 fifth-generation lift motors, providing high levels of redundancy. This allows the aircraft to maintain safety even in the event of multiple motor failures. For the CASC model, the focus is on the seamless mechanical and software integration required for a vehicle to transform between a car and a plane. These advancements are supported by significant capital investment; for instance, CATL, the world’s largest battery manufacturer, became a strategic investor in AutoFlight in late 2024, ensuring a supply of high-energy-density cells critical for heavy-lift flight.
From an economic perspective, the shift toward 5-ton platforms like the Tianji Long is a strategic move to lower the "cost per seat-mile" or "cost per ton-mile." By increasing payload capacity, operators can amortize the high costs of battery depreciation and pilot (or remote supervisor) salaries over a larger volume of goods or passengers. This makes the technology economically viable for regional branch-line logistics, where it can compete with traditional trucking on speed and with helicopters on operating costs. Industry analysts suggest that the 5-ton class is the "sweet spot" for commercial viability in the cargo sector, which is expected to precede passenger services due to lower regulatory hurdles.
The global competitive landscape is also intensifying. While Chinese firms like CASC and AutoFlight are pushing the boundaries of weight and modularity, Western competitors are focusing on certification and urban integration. However, the rapid pace of Chinese testing—often supported by provincial "low-altitude economy" policies—gives these firms a data advantage. The Middle East has emerged as a primary export market; XPENG’s ARIDGE (formerly AeroHT) recently secured 600 orders for its modular "Land Aircraft Carrier" in the Gulf region, signaling that the demand for dual-mode transport is not limited to the domestic Chinese market.
Looking forward, the primary challenges remain regulatory rather than purely technical. Airspace management for thousands of low-altitude vehicles requires a sophisticated, AI-driven traffic control system that does not yet exist at scale. Furthermore, the integration of road-legal flying cars necessitates a dual-certification process from both aviation and automotive authorities. Despite these hurdles, the successful flights in Chongqing and Suzhou demonstrate that the hardware for a multi-modal, low-altitude transport network is no longer a matter of science fiction, but a rapidly maturing industrial reality.
Explore more exclusive insights at nextfin.ai.
