Rogue Space Systems Corporation has been awarded a Small Business Innovation Research (SBIR) Phase II contract by SpaceWERX, the innovation arm of the U.S. Space Force, to further develop its Contactless LAser Satellite Stethoscope (CLASS) technology. This contract, valued at over $1 million, underscores the potential of CLASS to transform satellite identification, classification, and diagnostic capabilities through its innovative use of laser vibrometry.
The CLASS technology enables the remote measurement of electronic vibrations of spacecraft using acoustical signatures, offering a non-invasive method to identify and diagnose potential anomalies in Resident-Space-Objects (RSOs). Jon Beam, CEO of Rogue Space Systems, highlighted the technology's ability to detect and characterize space objects by their unique 'heartbeats,' a breakthrough that could significantly aid in diagnosis and repairs, thereby enhancing space traffic management and satellite servicing.
Brook Leonard, Chief Operating Officer at Rogue, pointed out that CLASS's laser vibrometry not only improves the identification of RSOs but also enhances domain situational awareness by providing insights into how these objects are being operated. This advancement is critical for global space initiatives, offering a new level of precision in monitoring the increasingly crowded orbital environment.
The development of CLASS is a pivotal step for Rogue Space Systems towards realizing its vision of deploying a fleet of Orbots™ for in-space logistics services. Integrating CLASS into these Orbots™ will equip them with advanced perceptual and autonomy systems, enabling safer and more efficient operations in space.
This SBIR award also reflects the effectiveness of the SBIR and Small Business Technology Transfer (STTR) programs in accelerating technological innovation within the space industry. The streamlined process from proposal to award has allowed small businesses like Rogue to rapidly advance their technologies, contributing to the U.S. defense industrial base and the broader space sector.
As the space industry faces growing challenges from the increasing number of satellites and space debris, technologies like CLASS are becoming indispensable for ensuring space safety and sustainability. The non-invasive diagnostic capabilities of CLASS could pave the way for more efficient satellite servicing missions, reducing costs and extending the operational life of satellites.
The support from SpaceWERX through this SBIR award highlights the U.S. government's commitment to fostering innovative solutions for space-related challenges. The success of Rogue Space Systems in securing this funding also emphasizes the crucial role of small businesses and startups in driving technological advancements in the space sector, promising a safer and more sustainable future for space operations.
