The UPA-55 VHF/UHF RF Power Amplifier from General Dynamics Mission Systems is a robust and compact accessory designed for the URC-200 Line-of-Sight radios. Capable of delivering 25 or 50 Watts in AM or FM modes, the amplifier ensures reliable performance even in harsh environments, operating at full power with a >3:1 VSWR. It features front-panel controls for ease of use and boasts an impressive average MTBF of 10,000 hours, making it a durable and cost-effective solution for enhancing communication capabilities. The UPA-55 offers a seamless integration that extends the lifespan and functionality of the URC-200 series. For more information, visit [here](gdmissionsystems.com/products/communications/radios/line-of-sight-radios/upa-55-vhf-uhf-rf-power-amplifier).
The PTSH-104 Amplified Audio Speaker by General Dynamics Mission Systems is a robust and adaptable communication device designed for use in demanding environments. It operates with any 12-28 VDC power source or directly from a transceiver, offering flexibility for a variety of applications. With a durable chassis, it features separate volume controls for speaker and handset, automatic muting, and a 2-Watt amplifier to deliver clear and reliable audio performance. The speaker includes an integrated handset connection and supports extension cables up to 100 feet, making it easy to install and compatible with various communication systems.
The GVR5 Dual Band Wave Relay MANET by General Dynamics Mission Systems is a cutting-edge mobile ad hoc networking solution that provides seamless dual-band operations across multiple frequency bands including L/S, L/C, and S/C. Featuring 3x3 MIMO antennas, it optimizes communication range, data throughput, and signal penetration, ensuring robust connectivity even in challenging environments. The system supports SATCOM and LTE modem integration for global beyond-line-of-sight communications, while its embedded Cloud Relay™ technology and multicast capabilities enhance real-time video and voice transmission. Built for durability, the GVR5 is MIL-STD-810 certified, offering optional ballistic shock mounting for extreme conditions, making it an ideal choice for military and critical operations.
The Global Broadcast Service Transportable Ground Receive Suite (GBS TGRS) by General Dynamics Mission Systems is a versatile, portable solution for receiving and processing high-bandwidth broadcast data and video from Ka-band or Ku-band SATCOM systems. Designed for both classified and unclassified streams, this system features a compact, modular design with a One-Way Antenna (OWA) and a Receive Broadcast Manager (RBM) for local data processing and secure distribution. The GBS TGRS supports seamless network integration via IP-based connections and ensures cost efficiency through the use of Commercial Off-The-Shelf (COTS) technology, which also allows for remote upgrades. Ideal for rapid deployment, the system enables simultaneous processing of two broadcast carriers and offers secure data decryption for classified transmissions.
MIMIC™ is an advanced, scalable family of unattended passive or active nodes developed to simulate adversarial battlefield capabilities, providing realistic training in Multi-Domain Operations (MDO). Using common components and COTS software-defined radios, MIMIC nodes are versatile, supporting RF surveillance, radar signal simulation, GPS countermeasures, and EO/IR video detection. These nodes leverage 5G, SATCOM, and mesh networks, powered by solar or battery systems, ensuring rapid deployment and remote control for training at home stations, combat training centers, and deployed ranges. MIMIC enables cost-effective, adaptable, and persistent threat emulation, enhancing training and test environments globally. For more information, visit [General Dynamics MIMIC](gdmissionsystems.com/services/training-and-simulation/mimic).
The Landsat Mission, managed by General Dynamics Mission Systems in collaboration with NASA and the USGS, plays a pivotal role in Earth observation and deep space exploration. With over 28 years of experience, General Dynamics operates the Landsat 8 and 9 satellites, ensuring continuous, reliable satellite operations for monitoring agriculture, geology, forestry, and global changes. The company built the advanced Landsat Multi-Satellite Operations Center (LMOC) to manage both missions, providing essential data for environmental research, emergency response, and disaster relief. The Landsat program has been a vital resource for governments, educational institutions, and industries worldwide, offering unparalleled remote sensing data since 1966.
General Dynamics Mission Systems provides advanced Space Operations & Engineering Services, offering a comprehensive range of solutions for spacecraft systems engineering, mission planning, ground system management, and communication network services. With decades of experience, the company supports high-profile clients such as NASA, the U.S. Air Force, and commercial entities. Their contributions include landmark missions like the James Webb Space Telescope, OSIRIS-REx asteroid sample return, and the Landsat Earth observation program. Known for delivering reliable satellite communications, secure GPS systems, and mission-critical ground systems, General Dynamics ensures efficient operations in complex space environments. For more information, visit [here](gdmissionsystems.com/services/space-operations-and-engineering-services).
As part of the Navy’s “Clear Decks Initiative,” CACI experts made critical safety improvements to protect personnel during weapons testing. For example, CACI and Navy engineers developed a remote-control telemetry system to track missile flight paths so personnel would no longer need to be on deck to collect data during live-fire exercises.
CACI develops and maintains real-time deterministic computer programs for the U.S. Navy's Aegis Weapon System. Our software systems support the full spectrum of Aegis development, from requirements and prototyping, to modeling and simulation, data analysis, software delivery, and fleet support.
The SCS 1.0 provides a wide range of solutions for secure airborne intercommunication applications. The ultra-high channel-to-channel isolation allows management of multi-level secure communication assets and crew stations. The integrated, microprocessor controlled, modular distribution system is designed to meet modern net-centric multi-mission operational requirements. It offers real-time control of communication and data assets in demanding conditions.
The Secure Communication System 2.0 is a state-of-the-art digital aircraft audio management and intercommunication system from Palomar Products. The system is based on Palomar’s field-proven TDM digital switching technology used in air traffic control and custom telephony applications. The SCS 2.0 provides a complete solution for systems demanding high quality secure digital voice/data switching and conferencing with combined system management.
The SCS 3.0 Secure Communication System and aircraft audio management system features an advanced set of modular building blocks that meet the most stringent military requirements of 21st-century information-based warfare. The solution’s native scalability supports integration of communication systems for a wide range of platforms, from compact aircraft to large secure ISR aircraft, to sizable multilevel secure, battle-ready tactical installations.
SCS 4.0 Modular Communication & Control (MC²) is a distributed, Ethernet based system architecture that provides flexibility and scalability without impacting system performance. The MC² enhances crew situational awareness with high fidelity audio coupled with integrated ANR and Spatial Audio.
Turkey’s full grade state-of-the-art Space Systems Assembly Integration and Test (AIT) Center, which exists in a few developed countries, is fully operational at Turkish Aerospace premises in Ankara. The center serves for assembly, integration activities, functional performance test, and environmental test for all space systems until they are launch-ready.
Small Size GEO Satellite is a telecommunication satellite platform capable of accommodating a wide range of commercial payloads and missions, from TV broadcasting to multimedia applications, internet access, and more, with flexible design and modular capabilities.
