Geopolitical Implications in the Patagonian Desert
It’s not often that we associate the Patagonian desert or the Andean highlands with significant strategic threats. Yet, geography can sometimes introduce surprises.
In the arid regions of Neuquén, Argentina, or the stillness of Amatuma, Bolivia, the landscapes are being transformed by high-gain satellite dishes operating across various frequency bands. These instruments are, in a way, tools of science—part of a broader narrative of a “Global South” advocating for peaceful progress and multipolar governance.
However, from the perspective of space systems engineering, these locations play a completely different role. They represent the “ground segment,” which acts like the nervous system, allowing control over satellites and the gathering of data.
In recent years, the lines between civilian and military space operations have blurred considerably. Because Earth’s rotation and orbits disregard national borders, effective space programs rely on global hubs to keep connections intact. Controlling spacecraft or handling sensitive information requires stations strategically located around the world. Lately, China has identified Latin America as this critical “other side,” establishing numerous access points through a mix of joint ventures and long-term leases.
Ground stations facilitate the conversion of geography into data streams, transforming orbiting motions into actionable plans—tracking satellites, receiving their communications, and cataloging space objects as strategic assets. These capabilities enhance logistics by minimizing delays and ensuring stable communications. Even without overt military functions, their significance is evident.
Take, for example, Argentina’s Neuquén deep space station. The 2014 Cooperation Agreement is recorded with the United Nations, but its implications are quite complex. The agreement grants China extensive tax exemptions, including provisions that state the Argentine government will “not disrupt or interfere” with the base’s standard operations. The contract spans 50 years, but additional protocols established in 2016 also declare that the facility is designated for non-military purposes—though these stipulations lack enforcement mechanisms. Argentina does not actively oversee the station, which remains a “black box” due to the treaty protections surrounding it.
In the last few decades, the distinction between civilian and military uses of space has essentially vanished. Modern armed forces depend on satellites for a variety of tasks, including navigation and intelligence. The ground facilities that process this data occupy a murky space where both science and security use the same infrastructure and personnel. The U.S. Army refers to this as “civil-military fusion,” which integrates military needs into civilian frameworks. The same 35-meter antenna that captures images of distant stars could also intercept competitor satellites or provide essential tracking guidance for counterspace actions.
Institutional frameworks support this view. The Neuquén station is managed through the Xi’an Satellite Control Center, a branch of China’s satellite launch and tracking administration. Observers note that this agency previously functioned within the Space Systems Division of the People’s Liberation Army’s Strategic Support Command. While structural changes took place in 2024, the fundamental strategy of deeply merging civilian and military capabilities under state leadership has remained intact.
In Bolivia, the relationship between power and state prestige adds another layer. The Amatuma ground station is set to support Bolivia’s communication satellites while simultaneously enabling Beijing to extend its monitoring capabilities far beyond its borders. The entire project comes as a bundled offer—complete with infrastructure, trust-building, and symbolic political gestures. This mirrors a modern take on dependency theory, where external support comes with underlying structural limitations. Controlling the “black box” means controlling the narrative around what that technology achieves.
These developments, while somewhat uniform across Latin America, vary in implementation. In Venezuela, installations like El Sombrero are located near military areas, whereas Chile and Brazil have developed more adaptable setups conducive to scientific collaboration. This may include radio telescopes that improve situational awareness—an increasingly vital aspect of contemporary warfare.
China’s 2025 Policy Paper on Latin America frames these ventures as part of aerospace cooperation, inviting collaboration on projects like the International Lunar Research Station while portraying a unified front against unilateral dominance. Conversely, implications drawn from the 2026 report by the House of Commons Select Committee indicate an integrated network boosting the capabilities of the People’s Liberation Army. These differing perspectives reflect the dual-use nature of the technology and the opacity surrounding it; when information is encrypted or shielded by contracts, determining which authority to trust becomes challenging.
Those who can expedite the information processing cycle will gain an upper hand in any crisis. Latin America is emerging as a critical geographical extension of China’s terrestrial infrastructure, addressing gaps in its global coverage. Although these facilities may not be engaged in active military operations now, one is left wondering why such advanced infrastructure exists quietly embedded within the Western Hemisphere.
