GROUND CONTROL SYSTEMS
TRACKING
ANTENNAS
DATA
TERMINALS
BLOS
ANTENNAS
COMS
CONNECTIVITY
TACTICAL GCS
FOOTPRINT
MOBILE
OPERATIONS
Bidirectional / Unidirectional 300 MHZ TO 38 GHZ
Our directional ground antennas maximize any data link’s range and overall performance. Used to support air-to-ground, high-speed video and IP networks, the ground antennas provide high-gain redundant tracking that extend range and improve accuracy. The tracking antenna can auto-acquire your signal and maintain lock even if airborne and/or ground assets are moving rapidly

MOBILE OPERATIONS
Ultimate Mobile Solutions
Full-capability mobile operations have never been easier, more intuitive, and more accurate during rapid deployment, no matter the conditions or situation. Mobile systems include an antenna, data link, and control and are capable of a range of more than 40 nautical miles, a data stream greater than 5 Mbps, complete JUMP 20 command and control, and complete payload control with full motion video (FMV). The antenna utilizes a high performance Dual-GPS (DGPS) and Internal Navigation System (INS).

TRACKING ANTENNAS
BLOS OPERATIONS
Fully Integrated Inmarsat LAISR BLOS Payload
The Arcturus UAV platform can remove operational range restraints and considerations with its BLOS payload. The DVBs2x waveform offers increased data throughput of up to +2Mbs with global L-band coverage supported by multiple satellite systems. BLOS capabilities are offered in both the VTOL and Catapult Launch configurations.

TACTICAL GCS FOOTPRINT
Discrete & rapid deployment
The Arcturus GCS is designed for ease of use and rapid deployment while providing the durability you expect for tactical, mobile or austere environments. GCS PCs are Windows-based leveraging both commercial and proprietary software for all phases of flight planning, AV control, systems monitoring and payload control. Electronic checklists and logbooks included.

For additional information about Arcturus UAV Ground Control Solutions - please use the form below to speak with a representative.