China is quietly building a vast network of space infrastructure across the Global South, creating a strategic framework that could offer Beijing significant operational and military advantages in outer space. While these bilateral partnerships are officially framed as initiatives to promote socio-economic development and scientific cooperation, security analysts warn of their dual-use potential. When integrated, these ground stations and satellite networks could expand China's telemetry, tracking, and command (TT&C) capabilities, reduce data latency, and enhance broader Space Domain Awareness (SDA) by tracking objects in orbit.
The expansion comes amid an accelerating trend toward the militarization of outer space. U.S. Secretary of the Air Force Troy Meink recently confirmed that the United States has deployed "space control weapons" in space, a domain where China and Russia have also demonstrated significant capabilities. China's 2007 anti-satellite (ASAT) test, which destroyed one of its own satellites and generated massive orbital debris, caught Washington by surprise. India and Russia followed with their own ASAT tests in 2019 and 2021, respectively, while nations such as Australia, France, Japan, Iran, Israel, North Korea, South Korea, and the United Kingdom continue to develop counterspace technologies.
China's space diplomacy in the Global South has deep roots, beginning in 1984 with a satellite partnership with Brazil that led to the formal launch of the China-Brazil Earth Resources Satellite (CBERS) program in 1988. Beijing later expanded its Latin American collaborations to Venezuela, Bolivia, Argentina, and Chile. By 2001, China extended these partnerships to Africa, establishing its first ground station in Swakopmund, Namibia, before expanding cooperation to Nigeria, Egypt, Algeria, Ethiopia, and other regional nations. These agreements typically involve funding, personnel training, and the joint construction of communication and remote-sensing satellites, alongside receiving stations and integration centers.
Specific facilities demonstrate how these civil projects can link directly to China's military space architecture. In Namibia, the Swakopmund ground station, built in 2001, provides TT&C capabilities and tracks satellites flying over the South Atlantic. It is managed directly by the Xi'an Satellite Control Center, which is tied to China's military space structures. In contrast, the Windhoek ground data receiving station, which opened in February 2026, is designed to process remote-sensing data from the CBERS-4 satellite. While Namibian technicians manage the Windhoek facility, Chinese personnel remain on-site to provide ongoing technical support.
In East Africa, China donated the ETRSS-1 satellite, Ethiopia's first remote-sensing spacecraft, which was designed by DFH Satellite Company Ltd., a subsidiary of the China Academy of Space Technology (CAST). CAST itself is a subsidiary of the state-owned China Aerospace Science and Technology Corporation (CASC), a major pillar of China's defense industrial system. The associated ground station at the Entoto Observatory & Research Center, operating since 2012, receives data from ETRSS-1 as well as Chinese satellites including CBERS-4, Gaofen-1, Gaofen-3, Gaofen-5, and GaoJing-1. The facility was upgraded with a new high-resolution imaging antenna in 2025.
Similarly, China funded and helped build Egypt's MisrSat-2 Earth observation satellite, launched in late 2023, and constructed a Satellite Integration, Assembly, and Testing Center near Cairo. This partnership grants China access to shared ground laboratories and data processing centers, effectively expanding its satellite image analysis infrastructure near the strategically vital Suez Canal.
Meanwhile, the deep-space tracking station in Neuquén, Argentina, represents China's most prominent dual-use ground facility outside its borders. Established through agreements between Argentina's National Commission for Space Activities (CONAE), the China Satellite Launch and Tracking Control General (CLTC), and the Neuquén provincial government, the station features a 35-meter antenna operating in the S, X, and Ka bands. Although built to support China's lunar program, its institutional links to the CLTC and the Xi'an Satellite Control Center mean its technical characteristics could easily facilitate satellite monitoring, intelligence gathering, and signal interception.
Considered collectively, the functional connections between these international facilities—from Neuquén to Windhoek, Swakopmund, and Entoto—provide China with unprecedented geographic coverage across the South Atlantic, the Mediterranean, and Africa. This integrated infrastructure offers a cohesive network for tracking space objects and managing orbital data, presenting strategic implications that both the United States and Europe must systematically examine.
