Mission Data Link Products & Power Amplifiers
Ensuring Communications From Space To Ground - Near Earth To Interstellar Space
General Dynamics has provided the critical communications link between Earth and space since the mid-1950s. In all, General Dynamics has produced over 400 space transponders including over 150 Deep Space, Near Earth and Tracking and Data Relay Satellite System (TDRSS) transponders and transceivers for NASA missions. Examples include the Voyager spacecraft, launched in 1977, which carries two Deep Space Transponders that are still functioning, and the two first generation TDRSS user transponders flying on the Hubble Space Telescope that continue to operate trouble free after more than 19 years of service in space.
HRT150 Ku-Band High Rate Transmitter
General Dynamics' HRT150 Ku-Band Transmitter provides a solution for delivering large amounts of data from a spacecraft in one small package. Standard operation is TDRSS Ku-Band, with options available for X-Band and Ka-Band. The transmitter is compatible with NASA's TDRSS KuSAR high-rate return link receiving systems.
Mission Data Links
WE’RE NOT JUST CELEBRATING HISTORY, WE’RE STILL MAKING IT.
When Neil Armstrong and Buzz Aldrin landed on the moon, an S-Band Transponder built by General Dynamics was the only communications link the Apollo 11 Astronauts had to Earth. From Apollo 11 to the Next Giant Leap, explore how we support NASA Missions.
General Dynamics Mission Systems at AFA’s Virtual Air, Space & Cyber Conference: Air, Space & Cyber Forces in the Fight
General Dynamics Mission Systems will be a part of the Air Force Association’s 2020 Virtual Air, Space and Cyber Conference to highlight capabilities that allow the Air Force and Space Force to maintain dominance across multiple domains.
Carrying on our rich heritage of contributions to NASA missions, General Dynamics Mission Systems will provide communications technology for the space agency's next voyage to Mars with the launch of the Mars 2020 Perseverance rover.
General Dynamics is delivering electronic components and systems to help the Starliner fly safely into orbit and autonomously rendezvous and dock with the International Space Station, then return safely to the Earth.