NASA’s Artemis II Mission: A Unique Tracking Point in Spain
If the weather behaves well and there are no problems, next April 1 (early morning on April 2 in Spain), NASA will launch Artemis II. This mission marks the first manned adventure of the Artemis program, where four astronauts will journey aboard the Orion capsule, orbiting around the Moon. During this remarkable event, 34 locations worldwide will track the spacecraft’s radio signals and relay their data back to NASA. Notably, one of these locations is perched atop the Higher Technical School of Engineering of the University of Seville, making it Spain’s sole representative in this global tracking effort.
A NASA Antenna in Seville
In August 2025, NASA issued an open call inviting third-party organizations to demonstrate their tracking capabilities during actual manned missions. Various entities, including agencies, institutes, and even private radio amateurs, responded. Ultimately, the ETSi (Escuela Técnica Superior de Ingeniería) emerged as the only Spanish center selected among the 34 global participants.
The State-of-the-Art Orbisat System
The roof of the ETSi will house an advanced tracking system developed by Integrasys, a Spanish company known for its expertise in satellite communication. The Orbisat system, standing 2.5 meters tall and crafted at Integrasys’ Luxembourg subsidiary, is specifically designed to track space vehicles both during launch and in subsequent phases. This collaboration embodies a fusion of cutting-edge technology and university-based research.
A Complementary Monitoring Strategy
As part of its mission, the ETSi and the Orbisat system will capture and process radio signals emitted by the Orion spacecraft throughout its journey. A crucial measurement taken will be the Doppler effect—the frequency variation in waves caused by the relative speed of the spacecraft to the antenna. While this system will enhance tracking capabilities, it is essential to note that the primary monitoring will be conducted through NASA’s Deep Space Network, arriving at a complementary value that strengthens NASA’s operational framework.
Evaluating Ecosystem Resilience
The choice of having 34 antennas across the globe responds to a strategic objective of NASA: to create a resilient public-private space tracking ecosystem that can operate independently of NASA’s primary infrastructure. As articulated by Kevin Coggins, the deputy director of NASA’s SCaN program, this initiative seeks not just to track a singular mission. Instead, it aims to cultivate robust monitoring capabilities that can bolster future explorations.
A Permanent Opportunity for Seville
The installation of the Orbisat platform in Seville will not be a fleeting collaboration; it signifies the transformation of the ETSi into a permanent facility for space monitoring. For Integrasys, this direct collaboration with NASA heralds an exciting opportunity to further expand its influence in forthcoming space missions, including the anticipated Artemis III, which aims to touch down on the lunar surface.
Empowering Future Space Professionals
The upcoming Master in Space Systems Operation at the University of Seville is set to benefit immensely from this partnership. For the first time in the 2025-26 academic year, students will have direct access to Orbisat’s data during the Artemis II mission. This unique educational experience will allow them to apply theoretical knowledge to real-world scenarios, notably through the telemetry of a manned spacecraft in lunar orbit—an incredibly enriching learning opportunity.
Spain on the Space Map
The selected network comprises diverse organizations, from the Canadian Space Agency to entities in Germany, Switzerland, Japan, the United States, and more. Seville stands tall alongside individual radio amateurs from California, research centers in countries like Cameroon and New Zealand, and professional stations in Norway and the United Kingdom. This inclusion signals a notable step for Spain in the realm of international space exploration.
In conclusion, Spain’s involvement in the Artemis II mission offers a remarkable opportunity not only for technological collaboration but also for educational advancements and international recognition in the field of space exploration.