Space industry in Chile

The Agencia Chilena del Espacio (ACE, Chilean Space Agency) is Chile's national space coordination body established in 2001 under what is now the Ministry of Science, Technology, Knowledge and Innovation (MINCIENCIA), responsible for regulating and promoting Chile's space activities, facilitating international space cooperation, and positioning Chile within the global space economy — leveraging the country's remarkable natural advantage for ground-based astronomy and satellite ground station operations. Chile's primary space asset is its geography: the Atacama Desert in northern Chile is the world's driest non-polar desert and one of the highest-altitude inhabited plateaus on Earth, creating exceptional atmospheric conditions — minimal humidity, minimal light pollution, and exceptional transparency at millimeter/submillimeter and optical wavelengths — that make Chilean territory host to the densest concentration of cutting-edge astronomical observatories anywhere on the planet. The Atacama Large Millimeter/submillimeter Array (ALMA, operational since 2013) deploys 66 high-precision antennas on the 5,000m Chajnantor plateau. The European Southern Observatory's VLT (Very Large Telescope, four 8.2m mirrors at Paranal) is the world's most productive ground-based optical observatory by publications. The Extremely Large Telescope (ELT, 39.3m primary mirror) is under construction at Cerro Armazones adjacent to Paranal, expected first light approximately 2028. The Vera C. Rubin Observatory (formerly LSST) at Cerro Pachón began commissioning in 2024-2025 and will conduct the world's deepest wide-field photographic survey of the southern sky over its 10-year mission. For satellite operations, Chile's clear, low-humidity atmosphere makes it ideal for satellite ground stations: ESA, CONAE (Argentina), and commercial operators including Inmarsat have established ground stations on Chilean territory. ACE coordinates Chile's ITU spectrum registrations, Chilean university CubeSat programs, and participation in COPUOS (UN Committee on Peaceful Uses of Outer Space). The SUCHAI CubeSat program at Universidad de Chile (SUCHAI-1 launched 2017) represents Chile's domestic satellite manufacturing capability. Chile increasingly attracts data mining applications for mineral exploration EO — the Atacama's lithium brine deposits, copper mines, and mining company satellites represent a growing domestic satellite data market. Argentina's CONAE (SAOCOM SAR satellite operator) represents a more advanced Latin American peer space agency.

Andesat is a regional satellite communications provider operating primarily across the Andean countries of South America. Founded in 2009 and based in Santiago, Chile, the company focuses on delivering connectivity solutions to remote and challenging geographic areas. Andesat operates as a wholesale service operator, developing its own channels and collaborating with third parties to provide tailored communication solutions to end-users. The company’s infrastructure includes a network of three owned teleports located in Argentina, Chile, and Peru, and leverages capacity from multiple geostationary satellites operated by INTELSAT, EUTELSAT, SES, and TELESAT. A key differentiator for Andesat is its provision of redundancy through both satellite and teleport infrastructure – a unique capability within the region. Andesat’s services extend beyond basic connectivity, with a focus on value-added services and utilizing new satellite and ground equipment technologies to improve efficiency and expand connectivity options. The company also maintains an internal Research & Development (R&D) division dedicated to developing customized solutions for its clients, emphasizing data-driven decision-making through real-time information access.

Lemu

Frutillar, Chile commercial

Lemu is a Chilean "Nature Intelligence" company that launched Lemu Nge — claimed as the world's first satellite dedicated exclusively to biodiversity observation — delivering 4.75m ground sample distance hyperspectral imaging specifically engineered to detect, classify, and monitor biological diversity across terrestrial and coastal ecosystems. The company's name derives from the Mapudungun word for forest, reflecting its roots in Chile's indigenous ecological heritage and the Mapuche people's relationship with Patagonian temperate rainforests. Hyperspectral imaging differentiates Lemu's satellite from conventional Earth observation: where standard RGB or multispectral sensors capture 3-12 spectral bands, hyperspectral instruments capture 100-400+ narrow contiguous bands across visible, near-infrared, and shortwave infrared wavelengths. This spectral granularity enables identification of individual plant species, detection of invasive vegetation spreading into native habitats, quantification of phytoplankton bloom species composition in coastal waters, coral reef bleaching stress mapping at species level, and vegetation health indices far more precise than NDVI. These capabilities directly address global biodiversity monitoring mandates — the CBD Kunming-Montreal Global Biodiversity Framework's 30x30 target (protecting 30% of land and sea by 2030) requires systematic monitoring that Lemu's data can provide. Chile's extraordinary biodiversity — Patagonian temperate rainforest (one of only five such biomes globally), Atacama Desert endemic life, Chiloé Island cloud forest, Juan Fernández Islands species — gives Lemu a home-market laboratory environment and positions it to supply monitoring data for Chilean national conservation programs and MMA (Ministry of the Environment) compliance reporting. Corporate demand is growing as TNFD (Taskforce on Nature-related Financial Disclosures) frameworks require companies to assess and report biodiversity dependencies and impacts — creating a new paying customer base beyond traditional government agencies. Lemu competes in the hyperspectral EO space with Pixxel (Bengaluru, launching a 6-satellite hyperspectral constellation), HyperSat, and Planet Labs' conventional high-resolution imagery, while occupying a unique biodiversity-application niche that broader EO providers serve only incidentally.

The SUCHAI Program is the satellite and space-science research effort of the Universidad de Chile, carried out through the Space and Planetary Exploration Laboratory within the university's Faculty of Physical and Mathematical Sciences (FCFM). Undergraduate and graduate students from the university's electrical engineering, physics and mechanical engineering departments design, build, launch and operate picosatellites as part of their training, with the program aiming to give students hands-on experience across the full satellite life cycle. SUCHAI-1, a 1U CubeSat carrying a Langmuir probe for ionospheric studies, a camera and a GPS receiver, launched on 23 June 2017 from Satish Dhawan Space Centre in India and was Chile's first domestically built satellite. SUCHAI-2 and SUCHAI-3, 1U and 3U CubeSats respectively, launched together on 1 April 2022 on a Falcon 9 from Cape Canaveral; SUCHAI-3 received U.S. Air Force Office of Scientific Research funding to demonstrate inter-satellite communications and space-weather sensing as part of the university's first small-satellite swarm, and the resulting communications technology was later folded into SUCHAI-2's operations. A fourth mission, SUCHAI-4, has been referenced as a planned continuation of the swarm work. The program is funded through Chilean university and government research grants together with international scientific partnerships rather than commercial sales, and its satellites remain focused on ionospheric and magnetospheric research rather than operational services.