The rapid development of world aerospace originated from the Cold War between the United States and the Soviet Union in the 20th century. Throughout the history of aerospace development, due to its high-risk and high cost characteristics, traditional aerospace often adopts relatively conservative technologies to ensure its high reliability. At the same time, traditional aerospace is mainly funded by the government to achieve space activities related to national strategies, which constitutes a bottleneck in the development of traditional aerospace in terms of management, efficiency, cost, and technology. In this context, commercial aerospace emerged. Commercial aerospace is a commercial activity primarily aimed at profitability and following market mechanisms. With the end of the Cold War, the large-scale space race also disappeared. Commercializing space activities to achieve sustainable development will be the key to further human space activities in the future. Therefore, the current development of commercial space is the process of reducing rocket launch costs.

China's commercial aerospace industry cannot catch up with the accumulation and precipitation of years of space exploration within the system in a short period of time. The advantage of commercial aerospace lies in its ability to drive the overall technological level and cost reduction of the industry through sufficient competition. Encouraged by industry policies, Chinese business began to sprout, and market entities and investment institutions fully took the initiative. At this stage, commercial aerospace companies such as commercial rocket companies, commercial satellite companies, and commercial measurement and control companies emerged one after another and experienced rapid development. Policy support, enterprise development, and industry growth form a virtuous cycle. China's commercial aerospace industry originated in 2015 and has formed a preliminary ecosystem so far. Industries such as satellite manufacturing, satellite operation, rocket research and development, production and launch, ground measurement and control, and testing services have cultivated a certain number of enterprises. Enterprises participate in various upstream, midstream, and downstream links from materials to component manufacturing and assembly to product final assembly in each industry.

From the perspective of industrial composition, the aerospace industry covers five major directions, mainly including launch vehicles, artificial satellites, manned spaceflight, deep space exploration, and space stations. Among them, commercial activities related to carrier rockets mainly include rocket development, launch, process control, and launch insurance; The commercial activities related to satellites mainly focus on the application fields of satellites, including remote sensing, communication, navigation, and technological experiments; The commercialization of manned spaceflight includes low Earth orbit manned and cargo transportation services, as well as space tourism; The commercial development of deep space exploration and space stations is still in the exploratory stage. Currently, commercial activities related to deep space exploration include space mining and the manufacturing of planetary probes. Private enterprises are also gradually participating in the commercial development of the International Space Station, and in the future, space habitation and space cities may be realized. Due to the fact that commercial manned, deep space exploration, space station and other businesses are still in their infancy, the overall economic scale is relatively small, while the rocket launch and satellite industries account for a relatively large proportion.

Simultaneously hold the 2025 China International High tech Achievement Fair. Since 1999, the High Tech Fair has been successfully held for 26 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.

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. ‌

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