In February 2026, Japan’s Ministry of Land, Infrastructure, Transport and Tourism officially announced the launch of a national low-altitude airspace opening pilot program, specifying the opening of a total of 1,500 square kilometers of low-altitude airspace in the three core urban agglomerations of Tokyo, Osaka and Nagoya, specifically for the testing of electric Vertical Take-Off and Landing (eVTOL) aircraft in sightseeing and logistics scenarios. It clearly proposed the core goal of achieving eVTOL commercial operation in 2027. The launch of this pilot is not only a key measure for Japan to solve urban traffic dilemmas and layout the low-altitude economy, but also an important layout to seize the commanding height of the global Advanced Air Mobility (AAM) industry, marking a substantial step forward for Japan in the field of low-altitude flight commercialization.
As a country with a dense population and highly developed urban agglomerations, Japan has long been faced with problems such as ground traffic congestion, low logistics efficiency and tight urban space utilization. The three major urban agglomerations of Tokyo, Osaka and Nagoya gather nearly half of Japan’s population and most of its economic aggregate, and the carrying capacity of ground traffic is close to saturation. The peak-hour congestion duration has long been among the highest in the world, leaving limited room for the upgrading and renovation of traditional transportation. Against this background, the development and utilization of low-altitude airspace has become an important direction for Japan to break through traffic bottlenecks and tap new economic growth points. With the advantages of vertical take-off and landing, low noise, zero emissions and flexibility, eVTOL has become the core carrier of its low-altitude economy layout.
The 1,500 square kilometers of low-altitude airspace opened this time is not a blind opening, but a precisely planned pilot layout. The three major urban agglomerations focus on different priorities and work together: the Tokyo urban agglomeration focuses on urban commuting and high-end sightseeing scenarios, relying on its dense population and tourism resources to test the round-trip flight of eVTOL between urban core areas, suburban scenic spots and transportation hubs; the Osaka urban agglomeration, drawing on the flight demonstration experience during the 2025 World Expo, focuses on promoting the integrated testing of eVTOL sightseeing and short-distance logistics, using the Osaka-ko dedicated take-off and landing field to carry out flight verification in urban environments and improve social acceptance; the Nagoya urban agglomeration, relying on its aviation manufacturing foundation, links with local enterprises to carry out eVTOL model testing and supporting facility R&D, creating an integrated "R&D-testing-application" pilot scenario.
To ensure the orderly progress of the pilot work, Japan has built a sound support system, following the gradual path of "safety first, scenario-driven, and government-industry-university-research collaboration". At the regulatory level, jointly led by the Ministry of Land, Infrastructure, Transport and Tourism and the Ministry of Economy, Trade and Industry, and coordinated by the Air Mobility Revolution Public-Private Council, strict eVTOL flight standards have been formulated, requiring aircraft to be equipped with a triple redundant navigation system and adopt quantum encrypted communication to ensure data link security. At the same time, the flight approval process in the pilot area has been simplified, and a "record-based" management system has been implemented to improve testing efficiency. At the industrial level, the government has guided enterprises such as Toyota and Mitsubishi Electric to increase investment in eVTOL R&D, linked with professional enterprises such as SkyDrive to carry out flight tests, and accelerated the construction of supporting facilities such as take-off and landing fields and charging facilities. At present, 12 dedicated take-off and landing fields have been planned and constructed in the three major urban agglomerations, gradually improving the low-altitude flight infrastructure network.
The launch of this pilot carries multiple strategic demands of Japan, and its significance goes far beyond the innovation in the transportation field. From an economic perspective, the low-altitude economy is regarded by Japan as a core emerging industry in the future. This pilot will drive the development of the entire industrial chain including eVTOL R&D and manufacturing, low-altitude control, operation services and supporting facilities. It is estimated that by 2030, the scale of Japan’s AAM market will reach 3.8 trillion yen (about 260 billion yuan), creating a large number of jobs and injecting new momentum into economic growth. From an industrial perspective, Japan attempts to accumulate technical experience and operational data through the pioneering pilot, take the lead in formulating eVTOL industry standards, break the technological monopoly of European and American countries in the field of low-altitude flight, and enhance the global competitiveness of Japan’s aviation industry. From a social perspective, the commercial operation of eVTOL will greatly shorten the commuting time within urban agglomerations. It is expected that an 8-minute aviation circle will be formed in the center of Tokyo in the future. At the same time, its logistics application will improve the transportation efficiency of emergency supplies and fresh products, providing a more convenient travel and service solution for an aging society.
Despite the broad prospects of the pilot work, Japan still faces many challenges in achieving the goal of eVTOL commercial operation in 2027. On the one hand, the technical maturity of eVTOL still needs to be improved. Core indicators such as cruising range, load capacity and adaptability to extreme weather need further verification, and the stability of core components still needs long-term testing. On the other hand, social acceptance and safety guarantee are still the key. Issues such as noise control of low-altitude flights, flight safety prevention and control, and accident emergency response need to further improve relevant mechanisms. In addition, the speed of improving supporting facilities, the control of operating costs, and the efficiency of cross-departmental collaborative supervision will all affect the pilot results and the commercialization process.
In general, Japan’s launch of the low-altitude airspace opening pilot in the three major urban agglomerations is a proactive exploration to adapt to the development trend of the low-altitude economy and solve urban development problems, as well as an important measure to layout future industries and enhance global competitiveness. With the gradual advancement of the pilot work, the technology of eVTOL will continue to mature, and the supporting system will become increasingly improved. It is expected to achieve the goal of commercial operation in 2027, driving Japan into a "new era of low-altitude travel". At the same time, Japan’s pilot experience will also provide a reference for other countries and regions in the world to open up low-altitude airspace, helping the standardized and large-scale development of the global low-altitude economy industry.
