The U.S. Navy plays a crucial role in the space industry through Naval Space Command (NAVSPACECOM). NAVSPACECOM is tasked with developing space capabilities to provide the Navy with global communications, targeting, and reconnaissance using space-based assets. They advocate for space-based capabilities and integrate them into maritime operations, working with partners like the U.S. Space Command to ensure maritime operations are supported by space assets. The Navy also has a history of contributing to manned spaceflight programs, including astronaut recovery and the development of satellite technology for navigation and communication.
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The Senate version of the 2021 National Defense Authorization Act does not include the provision requiring the Space Force to use Navy ranks.
The Space Force launched the X-37B autonomous spaceplane on 2020-05-17 carrying a Naval Research Laboratory space-based solar power experiment.
A U.S. Naval Research Laboratory experiment to capture solar power in space is now in orbit.
Capella will provide airborne synthetic aperture radar imagery for the U.S. Navy under a contract intended as a steppingstone toward later satellite SAR imagery deals.
Capella Space signed a contract on 2020-05-13 to provide airborne synthetic aperture radar imagery and analytics services to the U.S. Navy.
Capella Space is not planning to offer airborne imagery as a permanent product line and is using an airborne campaign as a stepping stone to deliver satellite imagery to the U.S. Navy.
Space Force Vice Commander Lt. Gen. David Thompson indicated that the Space Force will not engage with the Army and Navy until an eligibility process is developed.
The 2021 budget includes $68,000,000 to start a service life extension program for two Multi User Objective System (MUOS) narrowband satellites operated by the U.S. Navy.
There are currently 24 Army officers and 14 Navy officers assigned to the U.S. Space Force headquarters.
The DDG 1000 is the U.S. Navy’s newest guided missile destroyer designed to be hard to detect by radar.
L3Harris Technologies supplies 1.3-meter and 2.7-meter terminals for the U.S. Navy’s Commercial Broadband Satellite program.
LEO Knight servicers will use an advanced version of a robotic arm called Kraken that traces its development back to 2011 with the U.S. Naval Research Laboratory.
The Secretaries of the Army, Navy, and Air Force were tasked in fiscal year 2019 with developing an integrated architecture and acquisition strategy for wideband and narrowband military satellite communications.
The launch customer for Boeing Phantom Works’ new antenna will be the Navy’s MQ-25 unmanned mid-air refueling tanker, which Boeing is developing under an $805,000,000 contract.
WindSat was launched in 2003 on the Naval Research Laboratory’s Coriolis satellite.
The Space Development Agency will work with existing providers including the Air Force Space and Missile Systems Center and the Army’s and Navy’s space procurement offices.
Swarm’s satellites include a Ka-band radar reflector developed with Space and Naval Warfare Systems Command and the U.S. Navy to increase radar detectability to about the size of a 1U cubesat or larger.
Under the 2017 agreement DARPA, working with the Naval Research Laboratory, would provide the satellite servicing payload and Maxar would integrate that payload on one of its satellite buses.
NTS missions date back to the 1970s when they were led by the Naval Research Laboratory, with NTS-1 and NTS-2 launched in 1974 and 1977, respectively.
NOAA is seeking funding to install a Naval Research Laboratory compact coronagraph on GOES-U, which is set to launch in 2024.