As an important support for the national aerospace power strategy, commercial aerospace is not only a "new engine" for activating economic growth, but also a key variable for reshaping the global competitive landscape. Its strategic value runs through the overall national security and development. However, the current development of commercial aerospace in China still faces an urgent situation of mixed feelings. Internationally, frequency orbit resources are saturated by first mover countries, international rules are dominated by top enterprises, and the global market is concentrated towards giants. China is in a relatively passive position in the global landscape. At the same time, although there are national strategic missions, industrial chain upgrading needs, and opportunities for emerging application scenarios in China, problems such as severe regional homogenization competition, insufficient breakthroughs in core technologies, insufficient expansion of application scenarios, imperfect investment and financing systems, and incomplete regulatory and policy systems have become prominent, seriously restricting the process of industrial development. Against the backdrop of intensified competition in the global space economy and urgent domestic development needs, how to break through bottlenecks and build a sustainable commercial space industry ecosystem has become a key proposition for promoting its high-quality development.

The global commercial aerospace market presents a multipolar competitive pattern, with major countries and regions relying on their own advantages to engage in differentiated competition. With its technological accumulation and market maturity, the United States has taken the lead in the development and application landing of the commercial aerospace industry, becoming a leader in the global commercial aerospace market; China has rapidly emerged in launch services and satellite applications, and is an important participant in the global commercial aerospace market. The emerging space market is opening up commercial exploration. The government takes the lead in promoting the commercialization of space experiments, and conducts technological verification and commercialization attempts in emerging industries such as space tourism, space mining, space breeding, and space medicine. The manned spaceflight project has entered the stage of normalized operation of space stations, driving the commercial development of scientific experiments. Private enterprises and research institutes have begun to participate in launch and experimental tasks. However, due to security and confidentiality requirements, as well as the difficulty of standardized production, the participation of private enterprises in the commercial market is still relatively low, especially in cutting-edge fields such as manned spaceflight, where there is a gap with the international leading level.

In 2026, China's drone industry is standing at a historic turning point, transitioning from "wild growth" to a new stage of "standardized improvement and diversified explosion". The triple dividends of policy protection, technological iteration, and scenario deepening resonate to promote the upgrading of drones from consumer grade "toys" to industrial grade "essential tools", becoming the most dynamic core engine of the low altitude economy. The biggest change in the drone industry is the comprehensive improvement of the policy system, which sets clear boundaries for industrial development and builds a solid foundation for development. As a crucial year for the first inclusion of low altitude economy in the government work report, the top-level design at the national level continues to be implemented. The newly revised Civil Aviation Law will officially come into effect on July 1, 2026, and for the first time, drone management will be included in the national legal framework, filling the regulatory gap in the airworthiness certification of unmanned aerial vehicles for a long time. It is clearly stated that airspace division should take into account the development of low altitude economy and public safety, providing a solid legal guarantee for industrial development. With the dual empowerment of policies and technology, the scale of the drone market continues to expand, and the market structure has undergone significant changes. Industrial grade drones have surpassed consumer grade drones to become the main growth force, and the enterprise landscape is showing a trend of "head concentration and segmented breakthroughs".

The drone industry is entering a golden period of development, but opportunities and challenges coexist. From the perspective of challenges, the significant increase in compliance costs has become an important driving force for industry reshuffling. The application scenarios of drones have deeply penetrated from traditional aerial photography and crop protection to multiple fields such as logistics, emergency response, industry, and urban management. They have moved from "niche pilot projects" to "large-scale applications" and fully integrated into the real economy, becoming an important force in promoting industrial upgrading and improving social governance efficiency. The long-term development trend of the drone industry is clear, and the potential of the trillion level low altitude economic track is gradually being released. The continuous improvement of policies, continuous iteration of technology, and continuous expansion of scenarios will promote the continuous upgrading of the industry, and in the future, a benign development pattern of "policy guidance, technology driven, market led, and scenario empowerment" will be formed. For enterprises, deeply cultivating core technologies, focusing on segmented tracks, and adhering to compliance bottom lines will become the key to seizing market opportunities; For ordinary people, the demand for drone related positions such as pilots, operations and maintenance, and technology research and development will continue to increase, bringing new employment and entrepreneurial opportunities.

As the only professional exhibition in China directly organized by numerous domestic and foreign industry associations and government regulatory departments, with its consistent style of "clear theme, prominent characteristics, emphasis on effectiveness, and continuous innovation", its popularity and influence in the industry are increasing day by day. Industry insiders have regarded it as the best platform for "understanding industry information, grasping market trends, showcasing corporate brands, expanding trade channels, and seeking cooperation opportunities". Simultaneously hold the 2026 China International High tech Achievement Fair. Since 1999, the High Tech Fair has been successfully held for 27 sessions and has become an important part of the national innovation system. It is an important window for China's high-tech field to open up to the outside world and an important platform for the exchange and trading of high-tech achievements. The High Tech Fair integrates fruit trading, product display, high-level forums, project investment promotion, and cooperation and exchange, with a focus on showcasing advanced technologies and products in the fields of energy conservation and environmental protection, new generation information technology, aerospace, biology, high-end equipment manufacturing, new energy, new materials, and new energy vehicles. After years of development, the High tech Fair has become an important window for China's high-tech field to open up to the outside world, playing an increasingly important role in promoting the commercialization, industrialization, internationalization of high-tech achievements, and promoting economic and technological exchanges and cooperation between countries and regions.

Commercial Aerospace Exhibition Area

1. Satellite Technology and Applications

Satellite Manufacturing and Services: Concentrated display of micro satellite solutions, commercial satellite mass manufacturing processes, satellite navigation systems, remote sensing measurement and control systems, and intelligent application scenarios of satellite big data.

Satellite Internet and Constellation Plan: Focus on presenting the networking plans of low orbit satellites such as G60 star chain, GW constellation and Honghu -3, and discuss the competition of orbital resources and the technological breakthrough of "one rocket with multiple satellites" launch.

Ground equipment and terminals: including satellite communication terminals, navigation equipment, remote sensing data receiving devices, and low-cost delivery solutions.

2. Launch Vehicle and Launch Technology

Commercial Rocket Research and Development: Showcasing reusable rocket technology, commercial rocket transportation solutions, and launch infrastructure (such as launch pads, measurement and control systems).

Low cost innovation: Focusing on lightweight rocket materials, fuel efficiency optimization, and intelligent manufacturing processes to promote the reduction of launch costs.

3. Low altitude economy and aerospace integration

Drones and Aircraft: Covering models such as drones, eVTOL electric vertical takeoff and landing aircraft, and general aviation helicopters, showcasing onboard equipment and low altitude road network infrastructure.

Aerospace integration application: By combining satellite communication and remote sensing technology with low altitude flight services, explore emergency rescue, logistics transportation and other scenarios.

4. Frontier Technology and Experience Innovation

In orbit service and operation: showcasing satellite in orbit maintenance, fueling technology, and space debris cleanup solutions.

Immersive interactive experience: Enhance the effectiveness of science education through interactive projects such as VR lunar simulation, AI intelligent navigation system, and space energy station sand table.

New materials and components: including aerospace special materials, precision components, and manufacturing technology for parts and components.

Drone Exhibition Area

1. Low altitude economy industry:

Aviation (helicopters), drones, eVTOL aircraft, aviation materials, onboard equipment, etc. Agriculture, forestry, animal husbandry, and fishing, low altitude logistics, emergency rescue, medical aid, aerial patrols, private flights, aerial photography, aviation sports, flight training, entertainment and sightseeing (low altitude tourism), meteorological monitoring and safety assurance, aviation maintenance, aviation coatings, airport facility construction, etc;

2. Drones and Applications:

Fixed wing unmanned aerial vehicles, multi rotor unmanned aerial vehicles, vertical takeoff and landing unmanned aerial vehicles, unmanned helicopters, unmanned airships, unmanned paragliders, unmanned submersibles, and other fields such as agricultural and forestry crop protection, aerial photography, power line patrol, petrochemicals, disaster prevention and mitigation, forest fire prevention, film and television aerial photography, remote sensing surveying and mapping, police investigation, disaster investigation, environmental protection, atmospheric research, geological exploration, meteorological observation, logistics transportation, highway patrol, postal express delivery, maritime monitoring, etc;

3. Task payload category:

Image equipment, video equipment, infrared detection, laser ranging, panoramic camera, multifunctional optical stabilization platform TV camera, infrared scanner, low light TV camera, framing camera, aerial video recorder, aperture radar, electro-optical pod sensor, electronic countermeasure mission payload, oblique photography, etc;

4. Navigation/Control/Avionics:

Navigation and positioning devices GPS 、GNSS、 Inertial navigation, gyroscope, integrated navigation, magnetometer, automatic control system, autopilot, flight control computer, flight control software and hardware, simulation system, speed measurement device, control simulation, virtual visual system, servo mechanism, etc;

5. Communication and data link technology:

Wireless link, satellite digital data link transmission, ground control station, equipment vehicle, receiver, transmitter, communication system, onboard equipment, repeater, etc;

6. Energy and power category:

Power supply, engine, motor, battery, propeller, gearbox, electronic fuel control, etc;

7. Pneumatic/Structural Overview/Design/Material Category:

Micro unmanned aerial vehicles, unmanned submersibles, unmanned ships, unmanned vehicles, aerospace unmanned aerial vehicles, unmanned power parachutes, unmanned boats, unmanned driving vehicles, composite materials, coatings, landing gear, antenna covers, etc;

8. Launch and recycling category:

Launch device, launcher, recovery parachute, interception net, recovery system, landing gear, automatic takeoff and landing system, braking system, shock absorber, etc;

9. Model airplane class:

Aviation models, remote control equipment, model engines, motors, model batteries, fuel and driving energy, model manufacturing equipment and tools, various materials for manufacturing models, coatings, flight simulators, model publications, etc; ‌

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• Contact:Yao Hua
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