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Analysis of the Impact of China's Commercial Aerospace Policy Evolution on Investment Targets and Industrial Chain

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December 14, 2025
Analysis of the Impact of China's Commercial Aerospace Policy Evolution on Investment Targets and Industrial Chain

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Based on the latest information I have obtained, I will conduct an in-depth analysis of the structural impact of China’s commercial aerospace policy evolution on relevant investment targets and the industrial chain.

Four Key Stages and Impacts of China’s Commercial Aerospace Policy Evolution
I. Policy Evolution Process and Structural Changes

Phase 1: Tentative Opening Period (2007-2013)

During this period, policies were mainly cautious trials, laying the basic institutional framework for subsequent development with relatively limited impact.

Phase 2: Accelerated Opening Period (2014-2018)

2014 is regarded as a policy inflection point, when the government began to substantially open up the aerospace sector to private capital. 2015, known as the ‘ice-breaking year’, marked the official launch of China’s commercial aerospace industry.

Phase 3: Orderly Regulation Period (2019-2023)

Policy focus shifted to standardized development and ecological construction, providing institutional guarantees for the healthy development of the industry.

Phase 4: Strategic Emerging Industry Period (2023-Present)

In 2023, commercial aerospace was officially included in the national strategic emerging industries, achieving a qualitative leap from “industry supplement” to “new growth engine” [1].

II. Structural Impact on Investment Targets
2.1 Revaluation of State-Owned Enterprises

Traditional aerospace SOEs gain new growth momentum:

  • China Satellite (600118)
    : Transforming from a single satellite manufacturer to an integrated service provider
  • Aerospace Power (600343)
    : Engine business benefits from surging launch demand
  • China Aerospace Science and Technology Corporation
    : Overall valuation system shifts from military to military-civilian integration
2.2 Private Enterprises Enter a Golden Development Period

Representative enterprises are rising rapidly:

  • Chang Guang Satellite
    : Has one of the world’s largest optical remote sensing constellations, with over 130 multispectral and infrared satellites deployed [1]
  • LandSpace
    : Breakthroughs in reusable rocket technology
  • GalaxySpace
    : Main force in low-orbit satellite internet construction
  • Microspace
    : Focused on small satellite manufacturing

Policy support has enabled these private enterprises to receive billions of dollars in funding, accelerating the process of catching up with Musk’s SpaceX technologically [2].

III. Structural Reshaping of the Industrial Chain
3.1 Industrial Chain Shifts from “Pyramid” to “Ecosystem”

Traditional model:

Government demand → State-owned enterprises → One-way supply

New model:

Government + Market demand → SOEs + Private enterprises + Foreign capital → Competitive cooperation ecosystem
3.2 Upstream: Accelerated Localization of Core Components

Structural changes:

  • Chip sector
    : Shifting from import dependence to independent R&D
  • New materials
    : Localization rate of high-temperature alloys and composite materials increases
  • Control systems
    : Independent and controllable requirements drive technological breakthroughs
3.3 Midstream: Manufacturing and Launch Capabilities Greatly Improved

Competitive landscape of launch services:

  • Traditional Long March series still dominate
  • Private rocket enterprises are catching up rapidly
  • Reusable technology becomes a competitive focus

In 2025, at least six domestic reusable rockets are scheduled for their first flight in China [2].

3.4 Downstream: Diversification of Application Scenarios Explodes

Emerging application areas:

  • Satellite internet
    : Shifting from trial to commercial use
  • Earth observation
    : High-resolution, real-time services
  • Space computing
    : Edge computing capabilities on satellites
  • On-orbit services
    : Maintenance, refueling, upgrading
IV. Structural Analysis of Investment Opportunities
4.1 Explosive Growth in Investment Scale

Global commercial aerospace investment reached $58 billion in 2024, three times that of 2019, with about 80% invested in areas closely related to airspace access, including low-orbit satellite constellations and reusable launch vehicles [1].

4.2 Differentiation of Investment Themes

Short-term themes (1-2 years):

  • Improvement of launch service capabilities
  • Large-scale satellite manufacturing
  • Ground equipment supporting

Mid-term themes (3-5 years):

  • Commercialization of satellite internet
  • Earth observation services
  • On-orbit service technology

Long-term themes (over 5 years):

  • Space tourism
  • Deep space exploration
  • Space resource development
4.3 Changes in Risk-Return Structure

Shift from policy-driven to market-driven:

  • Early stage: Policy subsidies dominate, high risk
  • Current stage: Diversified market demand, more stable returns
  • Future: Mature technology commercialization, prominent investment value
V. Optimization of Regional Development Structure
5.1 Industrial Agglomeration Effect Emerges

Many local governments are actively laying out commercial aerospace industry, forming a differentiated development pattern:

  • Wenchang, Hainan
    : Relying on launch base advantages
  • Beijing
    : Technology R&D and headquarters economy
  • Xi’an
    : Traditional aerospace foundation advantages
  • Shanghai
    : Financial and manufacturing advantages
5.2 Collaborative Development of Industrial Ecology

Developing from single enterprises to industrial clusters, forming a complete industrial ecosystem including R&D, manufacturing, launch, operation, and application.

VI. Impact on International Competitive Pattern
6.1 Reshaping of China-US Competitive Pattern

The rapid development of China’s commercial aerospace enterprises is helping China quickly narrow the space gap with the United States [1]. The dual-use nature of these commercial companies has become a core competitiveness.

6.2 Differentiated Development of Technical Routes

Compared with SpaceX’s “big rocket + Starlink” model, Chinese enterprises adopt more “small steps, fast runs, multi-line parallel” strategies to seek breakthroughs in segmented fields.

VII. Future Development Trends and Investment Recommendations
7.1 Continuous Policy Efforts

In 2025, the China National Space Administration will start formulating the 2026-2035 commercial aerospace development plan, which is expected to further simplify regulatory processes and provide clearer policy guidance for industrial development [1].

7.2 Investment Strategy Recommendations

Core Allocation:

  • Focus on leading enterprises with core technical advantages
  • Layout comprehensive platforms covering the entire industrial chain
  • Focus on enterprises with in-depth military-civilian integration development

Growth Allocation:

  • Specialized companies focusing on segmented fields
  • New technology application enterprises with commercial prospects
  • Export-oriented enterprises with international competitiveness

Risk Control:

  • Closely monitor policy changes and regulatory requirements
  • Evaluate technology maturity and commercial prospects
  • Pay attention to the impact of geopolitics on international cooperation
Conclusion

From the tentative opening in 2007 to being officially included in national strategic emerging industries in 2023, policy evolution has brought profound structural changes to China’s commercial aerospace industry. These changes are not only reflected in the diversification of investment targets and the revaluation, but also in the fundamental transformation of the entire industrial chain from the traditional government-led model to a market-oriented and ecological direction.

For investors, this policy evolution has created full-chain investment opportunities from infrastructure construction to application services, but it also requires more professional investment judgment and risk identification capabilities. In the next 5-10 years, with the maturity of technology and innovation of business models, China’s commercial aerospace industry is expected to enter a real golden development period.


References

[1] War on the Rocks - “Eastern Stars Rising: The Rise of China’s Commercial Space Industry” (https://warontherocks.com/2025/07/eastern-stars-rising-the-rise-of-chinas-commercial-space-industry/)

[2] Wall Street Journal - “China’s Private Aerospace Companies Are Catching Up to Musk’s SpaceX” (https://cn.wsj.com/articles/中国民营航天公司正在追赶马斯克的spacex-17055c3c)

[3] Eurasia Review - “New Space Economy: Balancing Security And Development” (https://www.eurasiareview.com/02122025-new-space-economy-balancing-security-and-development-analysis/)

[4] Jinling AI Data - Financial Analysis API Data

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