Shane Cuéllar’s Post

In an effort to have more maneuverable and longer-lasting satellites on orbit, the Space Force wants to lean heavily on commercial innovations in refueling, maintenance and other logistics technologies that can be used for military spacecraft. However, despite some initial forward movement by the service, industry is still looking for some direction — as well as critical funding — from the Pentagon that will steer technology developments in the right direction and give a boost to the overall market. https://lnkd.in/eEY89RFZ

🚀🌌🔄 The United States Space Force will soon test the ability of its experimental X-37B spacecraft to rapidly change orbits using what it calls “aerobraking maneuvers” in space. During the test, the X-37B will utilize the drag of Earth’s atmosphere to slow down, allowing it to swiftly move into a lower orbit with minimal reliance on propulsion engines. This conserves fuel, enabling extended mission duration and range. “This first-of-a-kind maneuver from the X-37B is an incredibly important milestone for the US Space Force as we seek to expand our aptitude and ability to perform in this challenging domain,” Chief of Space Operations Gen. Chance Saltzman noted. #military #army #defense #defence #defenseindustry #defenceindustry #defensetech #defencetech #militarytech #technology #innovation #us #unitedstates #usspaceforce #guardians #space

In an effort to have more maneuverable and longer-lasting satellites on orbit, the Space Force wants to lean heavily on commercial innovations in refueling, maintenance and other logistics technologies that can be used for military spacecraft. However, despite some initial forward movement by the service, industry is still looking for some direction — as well as critical funding — from the Pentagon that will steer technology developments in the right direction and give a boost to the overall market. https://lnkd.in/ev_3p4kC

In an effort to have more maneuverable and longer-lasting satellites on orbit, the Space Force wants to lean heavily on commercial innovations in refueling, maintenance and other logistics technologies that can be used for military spacecraft. However, despite some initial forward movement by the service, industry is still looking for some direction — as well as critical funding — from the Pentagon that will steer technology developments in the right direction and give a boost to the overall market. https://lnkd.in/gzETZpPB

In an effort to have more maneuverable and longer-lasting satellites on orbit, the Space Force wants to lean heavily on commercial innovations in refueling, maintenance and other logistics technologies that can be used for military spacecraft. However, despite some initial forward movement by the service, industry is still looking for some direction — as well as critical funding — from the Pentagon that will steer technology developments in the right direction and give a boost to the overall market. https://lnkd.in/e8ryNgtj

In an effort to have more maneuverable and longer-lasting satellites on orbit, the Space Force wants to lean heavily on commercial innovations in refueling, maintenance and other logistics technologies that can be used for military spacecraft. However, despite some initial forward movement by the service, industry is still looking for some direction — as well as critical funding — from the Pentagon that will steer technology developments in the right direction and give a boost to the overall market. https://lnkd.in/eSeyXQc8

Many satellites, such as as the JWST, are launched annually and serve applications ranging from communications to military reconnaissance. To get them ready for space, there is need for extensive ground testing with solar array simulators. In this application note, learn about ground testing and a variety of solar-array modes to mimic conditions like eclipses and spin modes, as well as many more simulations. Read more: https://lnkd.in/gSwasSkT #solararraysimulator #sas #jwst #satellite #satellitelaunch #military #communications #aerospace #space #solararray #simulator #simulation #applicationnote #appnote #AMETEK #AMETEKProgrammablePower

In an effort to have more maneuverable and longer-lasting satellites on orbit, the Space Force wants to lean heavily on commercial innovations in refueling, maintenance and other logistics technologies that can be used for military spacecraft. However, despite some initial forward movement by the service, industry is still looking for some direction — as well as critical funding — from the Pentagon that will steer technology developments in the right direction and give a boost to the overall market. https://lnkd.in/ef_v6iXp

US military leaders are worried that China might attack the moon as part of the growing competition in space. Brigadier General Anthony Mastalir, who works in the Space Force’s Indo-Pacific division, is concerned that China might break space agreements and use space for hostile actions. He pointed out two main areas of concern: areas beyond where most satellites orbit, called "xGEO," and the space between Earth and the Moon, known as cislunar space. Since there are many US military and other satellites in space, there's a real worry that they could be targeted in an attack. Mastalir wondered if there are ways enemies could attack that we haven't thought about yet from a military standpoint. #China #usa #moon #usmilitary #satellites #space