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General Atomics Electromagnetic Systems is offering an EWS design consisting of 15 small satellites equipped with visible and infrared instruments from EOVista.
The Japan Coast Guard included drone technology in its budget for 2022 after a successful 2020 test of the SeaGuardian drone manufactured by General Atomics.
General Atomics Electromagnetic Systems has 20 years of experience developing multi-domain optical technologies.
General Atomics Electromagnetic Systems added a 7,500 ft2 Class 10,000 / ISO 7 cleanroom facility in San Diego, California.
The GA-EMS Optical Communication Terminal is designed for easy integration onto a variety of satellites to provide flexibility in platform configurations and reduce costs.
DARPA awarded a $22,000,000 contract to General Atomics in April to design a small nuclear reactor for space propulsion.
General Atomics Electromagnetic Systems, working with X-energy and Aerojet Rocketdyne, received one of the NASA nuclear thermal propulsion concept study contracts.
In April, DARPA awarded General Atomics a $22,000,000 contract for reactor design work for the DRACO program.
Companies that received NOAA contracts in 2020 included Ball Aerospace, L3Harris Technologies, Raytheon Technologies, Lockheed Martin, Maxar Technologies, Northrop Grumman, General Atomics, and York Space Systems.
The Laser Interconnect Networking Communications System (LINCS) mission uses two satellites equipped with optical terminals supplied by General Atomics Electromagnetic Systems.
General Atomics Electromagnetic Systems will establish the proper orbit, communications, and control of the two LINCS spacecraft and will commence a series of experiments with the Space Development Agency to test optical communication in a variety of operational scenarios.
In partnership with the Space Development Agency, General Atomics Electromagnetic Systems is among the first Department of Defense contractors to develop and deploy a 1550 nm Optical Communication Terminal to test increased speed, reliability, distance, and variability of space communications.
All LINCS system elements were internally designed and built by General Atomics Electromagnetic Systems at facilities in San Diego, California and Huntsville, Alabama.
General Atomics Electromagnetic Systems partnered with the Space Development Agency to launch the Laser Interconnect and Networking Communications System (LINCS) satellites on a SpaceX Falcon 9 as part of the Transporter-2 mission.
General Atomics won a $6 million grant to conduct a space-to-air optical communication experiment with the U.S. Space Development Agency.
All LINCS system elements were internally designed and built by GA-EMS at facilities in San Diego, California and Huntsville, Alabama.
GA-EMS is partnering with the Space Development Agency (SDA) to conduct a series of experiments using LINCS to demonstrate optical communication in and from space.
GA-EMS provides an integrated solution of satellites and payloads for the LINCS mission designed to offer launch versatility and cost-effective mission solutions.
GA-EMS will use its internally developed LINCS spacecraft consisting of two 12U cubesats for the space-to-air optical communication experiment.
GA-EMS and the Space Development Agency are partnering to launch the LINCS system and conduct a series of experiments demonstrating space-based optical communication starting later this summer.