China’s Space-Air Information Industry Enters High-Speed Growth Phase Backed by Policy and Capital Momentum

According to Economic Reference News, insights shared at the 2026 Space-Air Information Conference held on 16 July outline the robust expansion of China’s integrated space and low-altitude industrial ecosystem. More than 160 A-share listed firms now operate across commercial aerospace and low-altitude economy segments, forming a complete industrial layout that posted aggregate operating revenue of three trillion yuan across the full calendar year of 2025. Accelerated deployment of low-earth-orbit satellite constellations and rollout of space-ground integrated computing networks coincide with the shift of low-altitude operations from pilot trials to full commercialisation, placing the domestic space-air information sector in a period of rapid expansion fuelled by dual policy and market drivers.

The sector integrates cutting-edge verticals including commercial spaceflight and low-altitude operations, with industrial participants pushing forward coordinated development across the full industrial chain covering launch vehicles, satellites, orbital networks and ground user terminals.

Global competition for satellite spectrum and orbital slots intensifies as national authorities step up registration filings, with total in-orbit satellite numbers projected to surpass 60,000 before 2030 and usher in an era of mega-constellations. China has built multiple operational space-based systems for communications, remote sensing and navigation, ranking second worldwide for its tally of functioning satellites, alongside a growing fleet of platforms dedicated to orbital computing and space situational awareness.

Aggregate operational indicators from listed entities reflect steady uplifts in overall industrial quality. Total earnings recorded by the sector’s listed players hit three trillion yuan in 2025, with net profit reaching nearly 200 billion yuan; year-on-year growth rates stood at 8 per cent for revenue and 16 per cent for net profit, demonstrating faster profit expansion relative to top-line gains.

A steady pipeline of supportive regulatory frameworks unlocks fresh room for industrial expansion. The 15th Five-Year Plan Outline identifies aerospace and aviation as priority strategic emerging industries. The National Space Administration has set up a dedicated Commercial Aerospace Department, establishing institutionalised, systematic mechanisms governing the development of domestic space-air information infrastructure.

Capital markets allocate greater strategic resources to space-air technology ventures. Commercial aerospace and low-altitude economy enterprises qualify under the fifth set of STAR Market listing criteria, a framework designed to accommodate technology-intensive innovators with solid core capabilities and broad commercial prospects yet without consistent profitability. The rules deliver tailored capital market access suited to the sector’s heavy upfront investment and extended commercialisation cycles.

Stakeholders across the industry ramp up coordinated planning to address core challenges governing efficient, orderly and secure utilisation of airspace resources, spanning fundamental research, systemic innovation, technical breakthroughs and real-world industrial deployment.

Space-ground integrated networking and orbital computing platforms form the foundational infrastructure underpinning future intelligent space applications. Clear trajectories have emerged for low-orbit space information infrastructure development, requiring balanced progress to avoid uncoordinated overinvestment or sluggish rollout that creates persistent development gaps.

Space communications systems rely on rapid scaling of satellite fleets, while orbital computing infrastructure demands leaps in single-satellite processing power through targeted breakthroughs in core technologies, with orbital supercomputing platforms acting as primary catalysts for technical advancement.

Maturing satellite constellations, inter-satellite links, on-board computing hardware and cross-domain space-ground networks will drive a fundamental upgrade in space-based services. Traditional satellite operations focused purely on data capture and transmission will evolve into intelligent spatial service frameworks delivering real-time perception, on-orbit data processing and on-demand customised functions, unlocking untapped commercial growth avenues for the commercial aerospace sector.

Space asset management and orbital monitoring services stand poised to capture new market opportunities. Domestic industrial teams have resolved core challenges in rocket manufacturing and satellite launch over the past decade, with scaled orbital operations representing the primary developmental focus for the next five years. Orbital governance shifts from an optional auxiliary task to an essential operational requirement once in-orbit satellite volumes reach 50,000 or 100,000 units. A tripartite architecture combining space-based sensing constellations, global ground receiving station networks and AI-powered intelligent platforms will deliver round-the-clock, full-coverage and autonomous space asset oversight. Large artificial intelligence models will be embedded across all operational workflows, ranging from orbital trajectory design and collision risk alerts to spectrum administration and on-board fault diagnostics.

Delegates attending the conference highlight the need to deepen research into underlying industrial development patterns, balancing technological innovation with full regulatory compliance. Leading firms holding proprietary core technologies will guide coordinated technical breakthroughs across upstream and downstream supply chains to establish self-reliant industrial innovation cycles. Channels linking industrial participants and capital markets will be streamlined to encourage listed and unlisted enterprises to leverage equity financing for expanded research and development spending and deeper cross-chain industrial collaboration.