HawkEye 360 Cluster 11 Successfully Launched, Strengthening Space-Based RF Data Capabilities

Published: 24 Dec 2024

Author: Precedence Research

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Space Flight Laboratory (SFL) has successfully launched and deployed HawkEye 360 Cluster 11, a set of three satellites designed with advanced geolocation capabilities in the area of radio frequency. On December 21, 2024, they were placed into a sun-synchronous orbit. The deployment thus becomes the 33rd satellite cluster developed for HawkEye 360. With this, SFL also demonstrates the functionality of its Flex Production Program in the major space enablers of NewSpace business models. Indeed, HawkEye 360 Holdings is the premier contender in the world concerning space-based RF data analytics. The organization utilizes the forthcoming network of satellites for geospatial intelligence as well as electronic intelligence activities. The latest addition to this already-promising lineup, Cluster 11, further consolidates the company's net power, providing it with improved capability for RF signal detection accuracy through precise formation flying and attitude control. All measures implemented under SFL's Flex Production Program are designed to ensure increasing collaboration with HawkEye 360 among bus partners in the continued planning for an expansion of the program.

HawkEye 360: A Leader in Space-Based RF Detection

HawkEye 360, a Herndon, Virginia-based company, is a worldwide pioneer in Radio Frequency (RF) geolocation and electronic intelligence (ELINT). In 2018, it introduced its Pathfinder satellites, creating a new threshold for space-based RF data collection and analytics. The satellites within Cluster 11 are dedicated to detecting and geolocating RF signals, which have critical inputs for applications in areas such as geospatial intelligence and national security. SFL was selected because of its technical competence in attitude control, formation flying, and accurate RF signal geolocation. The Flex Production Program enables customers such as HawkEye 360 to take advantage of some SFL technical services for both the initial and mass production of satellites. The SFL DEFIANT bus, weighing 30 kg, demonstrates the creative application and technical flexibility of all SFL satellite platforms.

HawkEye 360’s Expanding Capabilities

SFL, which has been pioneering small satellite mission development since 1998, has now completed 82 missions that are or have been successfully operational, totaling over 350 years of cumulative operation in orbit. Of these, the laboratory is conducting 27 additional satellite missions in progress, offering a complete suite of satellite solutions, from nano- to micro- and small-satellite categories. With this merger of satellite technology and analytical tools, HawkEye 360 has proven to be an advanced performer in providing RF data solutions to its global customers. The company is becoming a top player with its innovative approaches in space technology as it currently evolves. Cluster 12 and Beyond will further develop such performance additions, while Cluster 13 is integrated at HawkEye 360's facility in Virginia.

According to SFL Director Dr. Robert E. Zee, Flex Production is essential for NewSpace companies to address their financial and technical demands; they can leverage SFL Microspace expertise.

Conclusion

The launch of the HawkEye 360 Cluster 11 is a demonstration of the partnership between the Space Flight Laboratory and it, as well as a testimony to their innovative approach in the area of space-borne RF data analytics. SFL instead applies its Flex Production Program and experience in satellite development as the groundwork for the new standard in precision and efficiency in satellite technology.