Northrop Grumman’s Post

Filtronic had a excellent couple of days attending various conferences, including the #Electromagnetic Warfare (#EW) Technology Conference 2024 organised by Cranfield University and the NE #Space Conference hosted by Space North East England. The events featured many interesting conversations and a fantastic panel session with Filtronic's Richard Gibbs, Lockheed Martin Space, Raytheon UK, European Space Agency - ESA, and Satellite Applications Catapult. They topics were how evolving business opportunities in the space sector are opening doors for technology leaders, the #SME supply chain, and the #NorthEast region.  #excitingtimes,  #ukmanufacturing.

The US Space Force has selected True Anomaly and Rocket Lab to collaborate on the development of spacecraft for the next Tactically Responsive Space mission, named Victus Haze. True Anomaly, a spacecraft and software company based in Colorado, was awarded $30 million to contribute one of its Jackal space vehicles for the mission, which is scheduled for launch in 2025. The agreement, known as an Emergent Need Small Business Innovation Research award, stipulates that True Anomaly will match the government's investment, providing an additional $30 million to fund risk-reduction activities. This partnership between the Space Force and True Anomaly underscores the importance of fostering innovation and collaboration in the space industry, as well as the value of small businesses in driving technological advancements. The selection of True Anomaly and Rocket Lab for the Victus Haze mission highlights the Space Force's commitment to working with emerging space technology companies to develop cutting-edge solutions that meet the needs of the military and advance the broader space industry. #defense #defence #military #technology #aerospace #space #spacemission #moon #rocket #rockets #spaceexploration #aerospace #satellite #satellites #spacetechnology #spaceinnovation #spacecraft #spacenews #spacestation

The US Department of Defense is in talks with Elon Musk’s SpaceX regarding the potential use of its Starship rockets for sensitive and high-risk missions. The proposal suggests converting Starship into a government-owned, government-operated asset, differing from traditional payload launch contracts. SpaceX is already collaborating on the Air Force’s Rocket Cargo mission, and this proposal expands on that. Discussions include scenarios where the military acquires and returns the spacecraft post-mission, possibly without SpaceX ground crews, indicating a shift in government-corporate collaboration dynamics. #Spacex #elonmusk

SciChart is used by over half of Fortune 500 Companies in the Aerospace & Defence sector, trusted by Government agencies globally and deployed across our NATO allies. What unique problems have we solved? * Powering telemetry, situational awareness, and defence systems for our NATO allies. * NASA’s Streams application enables interactive analysis of billions of data points in real time, pushing the boundaries of spacecraft analytics. SciChart’s proprietary rendering engine and expansive API were selected to help in the upcoming Moon to Mars missions. * SciChart is essential for ELINT/SIGINT platforms, specialising in RF analysis, radar testing, and FMCW training systems across EW scenarios. Find out more and see our Aerospace & Defence chart examples: https://lnkd.in/dCduRyyr. #aerospace #defence #NASA #NATO #spaceexploration #bigdata #datavisualization #chartlibrary 

“The successful operation is indeed a great achievement for BCT in the swift commissioning of multiple spacecraft.” Read more from Inceptive Mind >>> https://lnkd.in/eQn4huvU #minisatellites #aerospace #defense #spacetechnology #smallsats #smallsatellites #constellations #spacedomain

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

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

🚀 Historic Moment in #Space #Exploration! 🌌 SpaceX successfully conducts the World’s 1st Civilian #Spacewalk during the #PolarisDawn mission! https://lnkd.in/eKat7hPN Brief Summary of Procedures and Phases #Crew Setup: The crew, led by Commander Jared Isaacman, prepares for the spacewalk by checking their equipment and adjusting communication devices. Initiation: SpaceX authorizes the start of the spacewalk, and the crew initiates oxygen flow and suit pressurization. Depressurization: The Dragon capsule is depressurized, and Jared Isaacman opens the hatch, giving the first view of space. Spacewalk Execution: The crew performs mobility checks outside the capsule, ensuring their suits function correctly in the vacuum of space. Return and Repressurization: The crew safely returns to the capsule, repressurizes, and completes the spacewalk successfully. For the first time, civilians have taken a step into the vastness of space, proving that the dream of space exploration is no longer confined to astronauts and scientists alone. #SpaceX #Spacewalk #Innovation #Exploration #HistoryInTheMaking #Inspiration

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