Solutions
Cassiopeia Space Systems Inc. draws on decades of engineering expertise to design and deliver a comprehensive portfolio of advanced SATCOM antenna systems for maritime, aerospace, and land-based applications.
At the core of our solutions is Luneburg Lens technology, enabling high-performance, resilient communications across diverse and demanding operational environments. Our systems are purpose-built for seamless integration across airborne platforms, maritime vessels, and ground vehicles, supporting a wide spectrum of mission requirements.
The Cassiopeia portfolio includes the RIGEL system, along with the PYTHON and MANTIS product families, engineered to provide high-gain, lightweight performance across LEO, MEO, and GEO satellite constellations. Designed to meet the demands of modern, multi-orbit networks, our systems enable seamless satellite handover and uninterrupted global connectivity.
Collectively, these solutions demonstrate Cassiopeia’s commitment to innovation, performance, and operational agility, delivering reliable, next-generation SATCOM capabilities across all domains.
Cassiopeia Product Lines
RIGEL
RIGEL Multi-Orbit Satcom Terminal is a new advanced user terminal with superior performance, low SwaP, and no scan-loss for LEO/GEO satellite network constellations within the global Satcom market (Maritime, Airborne, COTM, and Ground Stations). As LEO satellites orbit faster than the earth’s rotation, the end user antenna must be capable of switching from one satellite to another without dropping the link.
MANTIS
The MANTIS family from Cassiopeia Space Systems, Inc delivers high-performance, low-SWaP SATCOM capability for tactical, airborne, and mobile platforms. Built around precision 3D-printed Luneburg lens technology, both MANTIS-10 and MANTIS-6 provide resilient, electronically steered connectivity with consistent RF performance across the full field of regard.
PYTHON
The PYTHON from Cassiopeia Space Systems, Inc is a multi-purpose, lightweight Ka-band SATCOM terminal engineered for mission-critical connectivity in the most demanding operational environments. Designed around an advanced Luneburg lens architecture, PYTHON delivers high RF performance, ultra-low SWaP, and resilient communications for LEO and GEO satellite networks.
Connecting Your Operations Anywhere in the World
Whether your needs are maritime, aerospace, or land, Cassiopeia Space Systems can connect your operations wherever you are located.
