Space Travel Technologies

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new Further, the lessons learned from Servicing Mission 1 were a guiding force for work on the International Space Station, and for missions yet to occur. “A lot of the knowledge that was developed there transferred directly to construction of the International Space Station and it’ll transfer to the things we do with [the future orbiting lunar space station] Gateway someday,” said Kenneth Bowersox, associate administrator for NASA’s Space Operations Mission Directorate, who was also an astronaut on Servicing Mission 1. “And it’ll apply to things we do on the Moon and in deep space, going to Mars and beyond. It all links.”... — SciTechDaily, 14h ago

new Russia's Progress spacecraft are one of several different vehicles used to periodically resupply the ISS. They are disposable and are designed to burn up in Earth's atmosphere at the end of their months-long missions. SpaceX's Dragon cargo ships and Northrop Grumman's Cygnus spacecraft also resupply the station. — Space.com, 1d ago

new Unfortunately, these machines are too large to bring aboard a spacecraft for long duration space flight where room is at a premium. So scientists are curious: Could exercises using minimal or no equipment could provide adequate physical activity while taking up less room?... — Space Daily, 20h ago

new Once there, the Axiom-3 team will spend 14 days docked at the ISS, using the microgravity conditions of low-Earth orbit to conduct experiments and technology demonstrations across a range of scientific disciplines, including human health, medicine, cell biology, materials and even gastronomy. — Space.com, 1d ago

new Looking ahead there are many potential applications for responsive machines that can delicately interact with people and unpredictable environments. Examples span search and rescue, industrial inspection, surgery, rehabilitation and assistive devices, wearables, and more. As the components continue advancing in durability and sophistication, soft robots integrating distributed stretchable electronics could profoundly impact society much like past waves of automation. Yet this time bringing enhanced adaptability and cooperation closer to the animal kingdom’s graceful expertise. — nanowerk.com, 1d ago

new Dr. Sori and his research group broadly study planetary geophysics of the solid worlds in the Solar System, including Mars, the Moon, Ceres, icy satellites, and more. Specific topics of interest include planetary interiors, volcanism and cryovolcanism, planetary surfaces, and icy processes. Dr. Sori and his group also study how best to conduct future geophysics-themed exploration of our Solar System with spacecraft missions. — Space.com, 2d ago

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NASA continues to research emerging innovations that enable commercial spaceflight missions and supports governmental & commercial key-players in the space industry. For instance, NASA intends to increase human presence and sustainability in other parts of the solar system, like the Moon and Mars. As part of its Solar Electric Propulsion (SEP) initiative, NASA is working on and developing new technologies to support space exploration activities and other space missions. This cutting-edge SEP technology is expected to make thrusters produce tremendous propulsion power while being safer and more affordable. This technology is anticipated to aid and support the next generation space exploration activities. Xenon thrusters are used in SEP technology to produce and capture electrons. These electrons are extremely important and aid in ionizing the propellant. As it is simple to accelerate xenon gas to 65,000 mph, it is frequently utilized in these thrusters to finish the orbital transfer of satellites and spacecraft. The presence of large number of space technology and satellite companies across North America drives the demand of xenon gas market. — EIN Presswire, 3d ago

new The press release mentions: “Our purpose is to lead scientific and technological development in constructing the first Italian human outpost on the lunar surface to enhance and support human space exploration on the Moon and beyond.”... — Wonderful Engineering, 1d ago

Orion is a leader in atmospheric science, space exploration and research, and technology development. The company’s key capabilities include the design, integration, and assembly of smallsats and CubeSats, as well as the development of sensors, computational models and data products for the space and ground network domains. Orion’s highly talented workforce, consisting primarily of engineers and scientists, develops novel technologies in support of our nation’s space security and environmental monitoring objectives. — smallsatnews.com, 3d ago

Space.com, 1d ago

new Axiom Space's 3rd private mission will conduct pioneering microgravity experiments on ISS

SciTechDaily, 3d ago

NASA Announces Live Stream of International Space Station Resupply Mission

Space Daily, 4d ago

NASA, small companies eye new cargo delivery, heat shield technologies

GISCafe, 4d ago

VERSES and NASA Partner to Pursue Standards for Space Industry

SciTechDaily, 14h ago

new Hubble’s Spectacular Comeback: 30 Years of Stellar Clarity

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These are just a few of the hundreds of investigations currently being conducted aboard the orbiting laboratory in the areas of biology and biotechnology, physical sciences, and Earth and space science. Advances in these areas will help keep astronauts healthy during long-duration space travel and demonstrate technologies for future human and robotic exploration beyond low-Earth orbit to the Moon through NASA’s Artemis missions and eventually Mars. — SciTechDaily, 22d ago

...10. Commercial Lunar Exploration Satellites: With renewed interest in lunar exploration, commercial lunar exploration satellites are set to become a focal point in 2024. Private companies and space agencies alike are investing in lunar missions, deploying satellites to study the moon’s surface, resources, and potential for future exploration and utilization. These satellites will contribute to our understanding of the moon and lay the groundwork for future lunar endeavors. — Analytics Insight, 11d ago

Space exploration drones (planetary rovers) are used for planetary exploration on celestial bodies like Mars and the moon. They collect data and images to advance our understanding of space and the planets. — Engineers Garage, 9w ago

Initially developed for surveillance and military operations, thermal cameras are now widely used for industrial applications such as building inspections (e.g., moisture, insulation, roof, etc.), firefighting, autonomous vehicles, automatic emergency braking (AEB) systems, industrial inspections, scientific research, and much more. These cameras come in a variety of form factors, from handheld cameras to uncrewed drones to scientific instruments sent into outer space. — techbriefs.com, 4w ago

Astrobee is an innovative robotic system developed by NASA for use on the International Space Station (ISS). Comprising three cube-shaped, free-flying robots, Astrobee is designed to assist astronauts in routine tasks, improving efficiency on the space station. These robots use electric fans for propulsion, allowing them to move seamlessly in the microgravity environment of the ISS. Beyond their practical applications, the Astrobee robots also serve as a platform for research and STEM (Science, Technology, Engineering, and Mathematics) outreach, promoting scientific exploration and educational initiatives in space. — SciTechDaily, 8w ago

While developing technologies for spaceflight and the exploration of Mars and the Moon, DLR always has its eye on Earth as well. For example, in the AHEAD project, the RMC uses space robotics to develop remote-controlled off-road vehicles for transporting humanitarian aid. At the RMC Moon-Mars Test Site, researchers will continue to advance technological developments in robotics. DLR is expanding its technological and operational expertise for future missions and applications. — Space Daily, 9w ago

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new Soft robotic arm mimics octopus' agility with stretchable electronics

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new This New Cylindrical Module Could Become The First Home Of Astronauts On The Moon - Wonderful Engineering

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In addition to governance considerations, many technical specifications must be developed, including power distribution, communications, positioning, navigation and timing, lunar surface surveying, lunar satellite networks for guidance and communications, and cislunar space traffic control. Interoperability is central to the success of the global space economy. — Benzinga, 4d ago

The international space agency community is actively seeking to develop standards for space exploration. For example, many countries have recently announced their intention to return to the moon. To ensure safety and collaboration, in 2020, NASA published the Artemis Accords, a non-binding multilateral arrangement between thirty-two world governments and one territory participating in NASA’s Artemis space program, which aims to. return humans to the moon by 2025, establish a permanent presence on the moon, and ultimately expand space exploration to Mars and beyond. The Accords set out to define space rules and laws governing various activities, from exploiting natural resources on the moon, comets and asteroids to governments’ ability to protect access to lunar bases or mining zones. PWC estimates that the lunar economy will reach $170B by 2040. In addition to governance considerations, many technical specifications must be developed, including power distribution, communications, positioning, navigation and timing, lunar surface surveying, lunar satellite networks for guidance and communications, and cislunar space traffic control. Interoperability is central to the success of the global space economy. — Electronic Products & Technology, 4d ago

The Progress cargo spacecraft, developed by the Soviet Union and now operated by Roscosmos, Russia’s space agency, is a key component in ongoing space exploration and support. Designed primarily for resupply missions, it is an automated, unpiloted spacecraft that delivers essential supplies to space stations. This includes food, fuel, equipment, and other materials necessary for the crew aboard the International Space Station (ISS). — SciTechDaily, 3d ago

This partnership reaffirms Italy’s central role in crewed and robotic space exploration on the Moon and in deep space. Furthermore, the collaboration strengthens the company’s leadership position in lunar exploration as their teams are working on the development of three pressurized modules dedicated to Lunar Gateway: ESPRIT and I-HAB for ESA and HALO for Northrop Grumman. — Inceptive Mind, 4d ago

China’s list of reasons for building a space station mirrors any nation’s list of reasons: to gain experience in spacecraft rendezvous, permanent human operations in orbit, long-term autonomous spaceflight of the space station, regenerative life support technology and autonomous cargo and fuel supply technology. It’s also a platform for developing technologies for further exploration of the Solar System. — Universe Today, 5d ago

new Currently, UBTECH focuses on three major application scenarios for humanoid robots, including industrial manufacturing, commercial services and household companionship. In particular, intelligent manufacturing will become the first area of large-scale application of humanoid robots, which will redefine the workers of the AI era, liberating humans from repetitive labor. In 2023, UBTECH developed the humanoid robot Walker S for industrial applications and collaborated with several leading companies in the new energy automotive sector to plan for the application of humanoid robots in manufacturing scenarios in phases. The commercial service sector is the first market to apply humanoid robots, and UBTECH's first batch of humanoid robots, Walker X, have been deployed in NEOM in Saudi Arabia, becoming the first generation of large-scale humanoid robot citizens to provide intelligent services. Meanwhile, the household scenario emerged as the most promising market for humanoid robot applications. — acnnewswire.com, 2d ago

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Long duration space missions close to Earth require a time-course supply of carbonic anhydrase that can be met through resupply and long-term storage. This option isn't viable for Mars space missions, however. While space biomanufacturing systems can produce enzymes and other biological materials during Mars space missions, space systems must minimize the costs including crew time, while facilitating astronaut safety to address the effects of increased radiation and reduced gravity. — phys.org, 26d ago

In addition, SWAT teams are using MoveIt Studio for explosive ordnance disposal, and space applications include autonomous cargo unloading from space station re-supply capsules. It serves industries including aerospace, subsea, surgical, energy, agriculture, food and beverage, and personal robots. — Robotics 24/7, 7w ago

...“We are excited at the potential synergies with the mining, oil and gas industries as we journey far from home with missions that will require increased autonomy. To meet this challenge, we are looking at world-renowned technologies being used right here on Earth,” said James Free, NASA’s associate administrator for Exploration Systems Development. “Australia is home to world-class facilities that train, test and control remote and autonomous operations from the deep sea to deep space,” said Free, adding that the cutting-edge robotics and remote operations technology, developed in Western Australia (WA) in particular, will be invaluable for Moon and Mars exploration. — Via Satellite, 4w ago

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new During space weather events, there’s more hazardous radiation near the Earth. This radiation can potentially harm satellites and astronauts. Space weather can also damage large conducting systems, such as major pipelines and power grids, by overloading currents in these systems. — IFLScience, 2d ago

Space near earth is teeming with objects, whether natural, like meteors and comets, or manmade, like satellites, spacecraft and rocket debris. But experts still need a clearer picture of the location and state of these objects, which can threaten space-based assets, such as GPS, weather-monitoring and communication satellites. — Space Daily, 3d ago

With NASA gearing up to send humans back to the Moon in the next few years with the Artemis missions with the goal of establishing a permanent outpost at the lunar south pole, nations are making efforts to contribute to Artemis and a permanent presence on our nearest celestial neighbor. Recently, the Italian Space Agency, formally known as Agenzia Spaziale Italiana (ASI), has taken steps to establish the first permanent outpost on the lunar surface, known simply as the Multi-Purpose Habitat (MPH). This endeavor was officially kicked by the ASI signing a contract with the French-based aerospace company, Thales Alenia Space, who specializes in space-based systems, including ground segments and satellites used for both Earth observation and space exploration. — Universe Today, 3d ago

PWC estimates that the lunar economy will reach $170B by 2040. In addition to governance considerations, many technical specifications must be developed, including power distribution, communications, positioning, navigation and timing, lunar surface surveying, lunar satellite networks for guidance and communications, and cislunar space traffic control. Interoperability is central to the success of the global space economy. — GISCafe, 4d ago

Deucalion’s architecture makes it perfect to be used to advance research and development in a wide range of domains, for example in meteorology and climate modelling, fluid dynamics and aerodynamics, astrophysics and cosmology, as well as technologies aiming to improve energy efficiency of computing infrastructures. It will also boost innovation in domains such as artificial intelligence, personalised medicine, pharmaceutical/medicine design and new materials, firefighting, territorial planning, but also smart mobility and autonomous vehicles. — HPCwire, 3d ago

Kononenko remained focused on research Thursday activating a 3D printer to learn how to print tools and supplies promoting self-sufficient crews in space. Chub studied how microgravity affects fluid systems and then tested futuristic spacecraft and robotic piloting techniques on a computer. Cosmonaut Konstantin Borisov serviced ventilation systems in the Zvezda service module, loaded software on computer tablets, and then wrapped up his shift deactivating Earth observation hardware. — SciTechDaily, 3d ago

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Arcfield acquires Orion Space Solutions

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Small satellites can also host experiments and demonstrations of space technology, serving as a proving ground for new concepts, designs, and products in the real space environment. Those designed for educational missions help students learn about astronomy, geophysics, space physics, and more – as well as directly investigate various aspects of satellite technology. — ITU Hub, 8w ago

With the advent of commercial space travel, public interest in extraterrestrial life, and new discoveries from the James Webb Telescope, space continues to intrigue scientists and the public, leading to further investigations and missions. Humans are pushing the boundaries of space exploration to further our understanding about Earth and our solar system, with planetary research, asteroid missions, and returning to the moon the focus of current scientific work. Three well-known space applications are important to space research: satellites, launchers, and rovers. For these technologies to succeed in the harsh environments beyond Earth, space grade interconnects keep these technologies performing reliably through the rigors of launch, the long-term stresses of space, and for some applications, a return to Earth. — Connector and Cable Assembly Supplier, 10w ago

For spacecraft, advanced robotic arms and manipulators have been constructed to carry out tasks like collecting and sustaining satellites, gathering samples from celestial bodies, and putting together buildings in space. For example, the Canadarm2 arm is used on the ISS. — AI Time Journal - Artificial Intelligence, Automation, Work and Business, 11w ago

Biological systems have been inspiring engineers to develop innovative robots. This multidisciplinary approach involves designing and building robots based on natural systems such as birds, animals, insects, and plants. There are many examples of these bio-inspired robots with applications ranging from inspections and rescue operations to surgery and space exploration. — techbriefs.com, 5w ago

Cryogenic equipment is used to store, handle, and deliver these propellants to the rocket engines and can be used to liquefy gases present on the Moon or Mars, like water ice, to produce propellants locally. This would significantly reduce the costs and logistical challenges of sending propellants from Earth, making colonization and sustainable human presence on these celestial bodies more feasible. Furthermore, continued advancements in cryogenic technologies for space applications can lead to innovations in materials science, superconductivity, and low-temperature electronics. These advancements can have broader applications beyond space exploration, and thus would simultaneously boost the product demand. — alliedmarketresearch.com, 27d ago

Looking toward the future as NASA embarks on revolutionary exploration in our solar system, the Lunar Surface Innovative Initiative bridges technological capabilities needed for sustained human exploration missions on the Moon that can evolve to help us understand and explore other challenging environments in deep space including Mars. From a technology development perspective, the Moon is an ideal proving ground for complex missions on the Red Planet that also supports the needs of lunar science missions of today and those planned for the near future. As we work to enhance our understanding of the challenging lunar environment, new knowledge and opportunities from these pursuits return technology advancements that inform our plans for the exploration of Mars and other planets and celestial bodies, while transferring technology applications that can improve everyday life on our home planet. Learn more about lunar activities led by NASA’s Exploration Systems Development and Science Mission Directorates. — NASA, 5w ago

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Newswise — EL PASO, Texas (Nov. 30, 2023) – Space near earth is teeming with objects, whether natural, like meteors and comets, or manmade, like satellites, spacecraft and rocket debris. But experts still need a clearer picture of the location and state of these objects, which can threaten space-based assets, such as GPS, weather-monitoring and communication satellites. — newswise.com, 4d ago

While land-based observatories can find some exoplanets, space telescopes are much more effective. Dr. Nancy Grace Roman pioneered the practice of launching telescopes into space with the Hubble space telescope. Space telescopes like NASA’s Kepler space telescope have numerous advantages for finding exoplanets. They are ultra-stable, receive no light pollution from humans, and are above Earth’s pesky, hazy atmosphere and weather. — Earth.com, 4d ago

Before diving into how IoT can impact IT support, it’s important to have a good grasp of what it actually is. IoT, short for the ‘Internet of Things,’ refers to the interconnected network of physical objects or “things” embedded with sensors, software, and connectivity capabilities. These objects can range from everyday devices like smartphones, home appliances, and wearable gadgets to industrial machinery, vehicles, and infrastructure components. — TechRound, 4d ago

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The press release mentions: "Our purpose is to lead scientific and technological development in constructing the first Italian human outpost on the lunar surface to enhance and support human space exploration on the Moon and beyond."... — interestingengineering.com, 5d ago

As we venture back into space exploration, the idea of recycling has significant obstacles to overcome. We know that launching equipment and supplies into low Earth and geostationary orbit comes with a hefty price tag, and adding recycling equipment to the mix only adds to the expense. Furthermore, recycling materials in the microgravity environment entails unique technical challenges and risks. Despite these hurdles, the motivation is there. The European Space Agency, for example, has recognised the potential of recycling technologies in space and is exploring circular economies beyond Earth’s atmosphere. The main focus is in-orbit servicing technologies, geared initially towards smaller-scale objects, which would pave the way for repairing, upgrading and refuelling satellites in orbit, while also addressing the growing concern of space-debris removal. Northrop Grumman’s Mission Extension Vehicle (MEV) programme, for instance, involves spacecrafts designed to rendezvous with and dock to a commercial geosynchronous satellite to provide life-extension services. MEV-1 successfully docked with the 20-year-old satellite Intelsat 901 in 2020, while MEV-2 docked with Intelsat 1002 in 2021. The first practical benefit is the potential reduction in launching new materials from Earth; we could also save valuable space and weight on spacecrafts, enabling longer and more complex missions. — Aeon, 4d ago

NASA’s Spacesuit User Interface Technologies for Students (SUITS) competition challenges students to design and create spacesuit information displays within augmented reality (AR) environments. As NASA pursues Artemis—landing American astronauts on the Moon—the agency will accelerate investing in surface architecture and technology development. — Digital Engineering, 4d ago

Orion focuses on atmospheric science, space exploration and research. It designs, integrates and assembles smallsats and cubesats. The company last year won U.S. Space Force contracts for environmental monitoring and in-orbit satellite servicing experiments,... — Zephyrnet, 5d ago

Particles accelerated by these events can damage spacecraft electronics—including on communications satellites in Earth orbit—and pose a health threat to astronauts. Scientists still have big questions about how solar radio bursts, coronal mass ejections, and solar flares are created and how they are linked. SunRISE may shed light on this complex question. Someday, tracking solar radio bursts and pinpointing their location could help warn humans when the energetic particles from coronal mass ejections and solar flares are likely to hit Earth. — phys.org, 3d ago

Particles accelerated by these events can damage spacecraft electronics - including on communications satellites in Earth orbit - and pose a health threat to astronauts. Scientists still have big questions about how solar radio bursts, coronal mass ejections, and solar flares are created and how they are linked. SunRISE may shed light on this complex question. Someday, tracking solar radio bursts and pinpointing their location could help warn humans when the energetic particles from coronal mass ejections and solar flares are likely to hit Earth. — Space Daily, 3d ago

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New survey outlines what NASA must do over the next 10 years to help astronauts thrive beyond Earth

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This Could Be The Future Of Living In Space

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..."This pan-flute look-alike technology has the potential to alter propulsion systems, including improvements in efficiency, enabling hypersonic flight regimes, and removing some of the design constraints associated with traditional combustion chambers," said Venkat Raman, professor of aerospace engineering and mechanical engineering at U-M and contributing author. "For instance, the linear system could provide on-demand thrust for small aircrafts or drones or can be used to attitude control of flight systems."... — techxplore.com, 5d ago

In space, AI-assisted tools are already being used to track potential threats. Projects like Machina autonomously monitor thousands of objects in space, orchestrating data collections with a global telescope network. On Earth, AI helps the Air Force anticipate maintenance needs for its aircraft fleet, enhancing efficiency and readiness. — ReadWrite, 7d ago

For over sixty years, NASA has relied on radioisotope-based electrical power systems and heater units to advance space exploration and the frontiers of science. With the restart of this program, NASA and DOE have signaled their intent to maintain their long-standing partnership to ensure that the U.S. space program can enable missions requiring radioisotopes for decades to come. As we explore farther from Earth, establish outposts beyond Low Earth Orbit (LEO), and contemplate missions to nearby stars, nuclear power will play a vital role. — Universe Today, 10d ago

To support national security and environmental monitoring goals, Orion provides small satellite design and integration services and develops sensors and data products for the space and ground domains. — potomacofficersclub.com, 4d ago

Two small businesses are benefitting from NASA's expertise as they develop heat shield technologies, cargo delivery systems, and new protective materials for spacecraft and space stations in the growing commercial industry of low Earth orbit operations. — Space Daily, 4d ago

...(Nanowerk News) Engineers have long sought to unlock the secrets behind insects' uncanny flight abilities and agility in hopes of creating a new class of tiny yet capable flying robots. These flapping-wing micro air vehicles (FWMAVs) hold tremendous promise for search-and-rescue, reconnaissance, and environmental monitoring applications where small size and high maneuverability are paramount. Yet despite ongoing efforts, FWMAV development has been severely hindered by challenges integrating the demanding capabilities of aerodynamics, onboard sensing, and power supply within an ultracompact form factor. — nanowerk.com, 5d ago

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This includes the PLAnetary Transits and Oscillations of stars (PLATO) and Atmospheric Remote-sensing Infrared Exoplanet Large-survey (ARIEL) exoplanet-hunting telescopes; the Comet Interceptor, and the Advanced Telescope for High-ENergy Astrophysics (ATHENA) X-ray telescope. The launch vehicle will also conduct multiple rideshare missions and launch cargo destined for the Moon in collaboration with NASA and other space agencies committed to the Artemis Program’s goal of creating a “sustained program of lunar exploration and development.”... — Universe Today, 8d ago

Living systems exhibit remarkable self-organization and dynamics at all length scales and requires matter that is both active and adaptable. Within a cell, biomolecules actively convert energy to collectively self-organize into dynamic assemblies that enable a cell to move, divide, organize into functional compartments, undergo shape changes, and adapt to changing environment. Understanding how to rationally design such active and adaptable matter will revolutionize materials science, enabling us to design materials capable of moving, processing information, sensing, and adapting its mechanical properties. This summer school will bring together physicists, biologists and material scientists to cover a wide range of topics in the physics of self-organized matter, from inanimate to the animate. The lectures will focus on understanding collective and programmable effects in nature and in engineered systems, such as smart metamaterials, synthetic active matter, cytoskeleton, cells, and tissues. — Physics World, 5d ago

The robots are handling chopsticks for precise manipulation. Research continues with a snake-like robot created for NASA’s BIG Idea Challenge that can navigate in sandy environments like the moon. And the lab has fabrication rooms for electronics, 3D printing, and laser cutting. — The Robot Report, 5d ago

nanowerk.com, 5d ago

Beetle-mimicking flapping smart wings overcome key barriers in insect-scale drones

NASA, 28d ago

NASA Seeks Input for Future Lunar Surface Resource Utilization Demo

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Rogue wins AFWERX contract for innovative space inspection technology

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The ability to manufacture lightweight rocket components capable of withstanding high structural loads would allow NASA to send more cargo to deep space destinations. “Mass is critical for NASA’s future deep space missions,” John Vickers, principal technologist for NASA’s Space Technology Mission Directorate, said in a statement. “Projects like this mature additive manufacturing along with advanced materials, and will help evolve new propulsion systems, in-space manufacturing, and infrastructure needed for NASA’s ambitious missions to the Moon, Mars, and beyond.”... — Gizmodo, 5w ago

...“Mass is critical for NASA’s future deep space missions. Projects like this mature additive manufacturing along with advanced materials, and will help evolve new propulsion systems, in-space manufacturing, and infrastructure needed for NASA’s ambitious missions to the Moon, Mars, and beyond.”... — Universe Today, 6w ago

The video presents several familiar elements of lunar exploration, which have been hinted at in the past by the CMSA and the Manned Lunar Deep Exploration Project Office. These include a modular station in lunar orbit, robotic missions exploring the surface to scout resources and locate a base site, lunar landers, and facilities that will grow food, provide power, and facilitate crewed missions to explore the surface. In-Situ Resource Utilization (ISRU) and using robots equipped with additive manufacturing (3D printers) are also indicated by the imagery alone. — Universe Today, 5w ago

..."Nuclear fission development for space applications is key to introducing technologies that could dramatically change how we move and explore in the vastness of space," said Barry Miles, JETSON program manager and principal investigator, at Lockheed Martin. "From high-power electrical subsystem and electric propulsion, to nuclear thermal propulsion or fission surface power, Lockheed Martin is focused on developing these systems with our important government agencies and industry partners."... — New Atlas, 21d ago

JPL manages DSOC for the Technology Demonstration Missions program within NASA’s Space Technology Mission Directorate and the Space Communications and Navigation program within the Space Operations Mission Directorate. DSOC will take optical communications into deep space for the first time and set the foundation for establishing higher data-rate returns from future robotic and human missions to Mars and beyond. — SciTechDaily, 7w ago

The article discusses Rogue Space Systems Corporation's selection by AFWERX for a Direct-to-Phase II contract focused on sensor fusion technology for space applications. This technology will be used in Rogue's flagship fleet of Orbital Robots, which provide various services like inspection and transportation for satellites and space assets across multiple orbits (LEO, MEO, and GEO). Rogue has developed 3DROSI (3D Resident Object in Space Inspection) technology, designed to enable advanced sensing and perception for their autonomous Orbital Robots, with applications for both the United States Space Force and commercial satellite operations. — Space Daily, 5w ago

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In the context of health and medicine, bioengineering applies engineering principles to biological systems and biomedical technologies. Examples of this in action include medical implants for drug delivery, robotic and laser assistive tools for surgery and prosthetics, and exoskeletons. — Silicon Republic, 5d ago

Marco Hutter is a professor for robotic systems at ETH Zurich and co-founder of several ETH Startups such as ANYbotics AG, a Zurich-based company developing quadrupedal robots for industrial applications. Marco’s research interests are in the development of novel machines and actuation concepts together with the underlying control, planning, and machine learning algorithms for agile legged locomotion. Marco’s quadrupeds operate autonomously in some of the most challenging environments like offshore facilities, underground mines, or forestry environments. — Falling Walls, 13d ago

In a significant advancement for space technology, Above: Space Development, in collaboration with Electric Sky, has successfully tested the Archimedes platform, a novel, rapidly deployable, free-flying on-orbit system. This platform marks a new era in space infrastructure, encompassing a wide range of functions including solar panels, beamed power, and electronically steerable antenna arrays for communications and monitoring. — Space Daily, 6d ago

The report delineates specific growth opportunities in the commercial UUV market, pointing to advancements such as the integration of AI for autonomous inspections of underwater infrastructure; utilization of UUVs in oil and gas infrastructure inspections; and application of UUVs in maritime research and development. — Robotics 24/7, 7d ago

Panel discussions will focus on optical space data relay supporting human spaceflight communications, as well as incorporating and enabling commercial space advancement in order to further objectives for the defense and intelligence communities. The latter subject will consult the expertise of National Reconnaissance Office Director of Commercial Systems Program Office Peter Muend and Space Systems Command Senior Materiel Leader Col. Richard Kniseley. — GovCon Wire, 5d ago

The goals of Project Ceiba are manifold. It is expected to significantly impact various AI domains, including graphics and simulation, digital biology, robotics, autonomous vehicles, and climate prediction. The supercomputer will enable researchers and developers to push the boundaries of what's possible in AI, accelerating advancements in these fields at an unprecedented pace. Project Ceiba represents not just a technological marvel but a catalyst for future AI innovations, potentially leading to breakthroughs that could reshape our understanding and application of artificial intelligence. — unite.ai, 5d ago

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It involves a number of areas for potential collaboration: Axiom Space missions to the International Space Station; Axion’s next-generation spacesuits; research on robotics, artificial intelligence, health, and life sciences; and access to Axiom’s future commercial space station. — Via Satellite, 8w ago

Under the second STTR Phase 2 award, Rogue Space will collaborate with the University of Utah to build a robotic spacecraft for maneuvering and in-space servicing of resident space objects. The Orbot system will integrate the university’s Omnimagnet technology designed to enable contactless detumbling, capturing or manipulating of spacecraft. — Potomac Officers Club -, 9w ago

A key question surrounding science missions beyond Earth is who, or what, will build them. Space is inhospitable to humans, with intense temperature changes, radiation, no breathable air to speak of, and no immediately available sources of food or water. The answer, therefore, is robots. We’ve developed robots that fly on Mars and that drill into the planet’s rocky history, so why not send more robots into space to do the work that humans can’t, or perhaps should not?... — Gizmodo, 12w ago

SciTechDaily, 8w ago

NASA’s Honey Astrobee Robot Returns to Space

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NASA is working to land the first woman and first person of color on the Moon under Artemis. SLS is part of NASA’s backbone for deep space exploration, along with the Orion spacecraft, advanced spacesuits, and rovers, the Gateway in orbit around the Moon, and commercial human landing systems. SLS is the only rocket that can send Orion, astronauts, and supplies to the Moon in a single mission. — SciTechDaily, 8d ago

Poveda’s research involves designing and analyzing control algorithms that are high-performing and can adapt to changes or disturbances in their environment. Such algorithms are aimed at enabling safe, optimal and autonomous operations of what are known as cyber-physical systems. These systems fuse together the digital and physical worlds, integrating computational systems into physical objects. Examples of cyber-physical systems include the power grid, transportation systems, automated agricultural systems, mobile robots, and social networks. — ucsd.edu, 6d ago

According to De Lafontaine, those properties lend themselves to various applications, from the densification of electronic devices to areas such as solar cells, portable electronic devices, and lightweight nuclear batteries for space exploration, as well as miniaturization of devices for telecommunications and the internet of things. — pv magazine International, 7d ago

For more than 60 years, the US has employed radioisotope-based electrical power systems and heater units in space. Three dozen missions have explored space for decades using the reliable electricity and heat provided by RPS. NASA and DOE are continuing their long-standing partnership to ensure the US can enable future missions requiring radioisotopes for decades to come. — neimagazine.com, 5d ago

The United States and the Kingdom of Saudi Arabia intend to hold technical discussions on potential cooperative activities in aeronautics, Earth and space science, space operations, and the exploration and use of outer space for peaceful purposes. Our countries confirm their mutual desire to enhance cooperation involving commercial and regulatory development, responsible behavior in outer space, and space security. This effort could promote opportunities for collaboration between our respective commercial space industries. — United States Department of State, 6d ago

..."This study demonstrates that imitating the strategies or structures of living beings and replicating them in robotic technologies are key elements to obtain innovation with low environmental impact in terms of energy and pollution," said Barbara Mazzolai, Associate Director for Robotics of the IIT and Director of the Bioinspired Soft Robotics (BSR) Lab. — phys.org, 12d ago

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The project builds on Nemitz’s research into soft, programmable robots and promises potential applications to additional fields such as space exploration, climate monitoring, and inspection operations in hostile settings. — Robotics & Automation News, 10w ago

The collaboration between the USSF and Indian start-ups fosters innovation in space exploration. From space propulsion systems to advanced sensor technologies, these partnerships accelerate the development of cutting-edge solutions. The exploration of new propulsion systems and the integration of AI and automation into space missions reduce costs and enable more ambitious and efficient space exploration endeavors. — siliconindia, 4w ago

Advanced Cooling Technologies has over 15 years’ experience developing thermal management technologies for nuclear energy systems in space applications. Their innovations include specialized heat pipes, pumped loops, heat exchangers and other thermal systems to manage high and low temperatures in Nuclear Electric Propulsion, Fission Surface Power, and Stirling Radioisotope Generators. These technologies enable effective temperature control for nuclear systems used in space exploration. Read the whitepaper to learn how ACT is pioneering Nuclear Energy in space. — neimagazine.com, 7w ago

A technology demonstration called Deep Space Optical Communications (DSOC) will fly on Psyche. Its purpose is to test high-data-rate laser communications that could be used by future NASA missions. JPL manages DSOC for the Technology Demonstration Missions program within NASA’s Space Technology Mission Directorate and the Space Communications and Navigation program within the Space Operations Mission Directorate. — SciTechDaily, 12w ago

Purchase this report and Get a flat 50% Discount - https://www.globalinsightservices.com/checkout/single_user/GIS25236Space logistics is a crucial component for the success of space exploration, as it enables the efficient utilization of resources in space. It also enables the efficient transportation of goods and services between different locations in space. This is important for providing necessary supplies and materials to space exploration projects, such as satellites and space stations. In addition, space logistics can be used to transport people and cargo to and from space, allowing for the exploration of new destinations.Space logistics is also important for the success of space settlement. As more people begin to live and work in space, the need for efficient transportation and storage of goods and services becomes increasingly important. Space logistics can help to ensure that resources are available in the right place and at the right time, allowing for efficient settlement of space colonies. It can also help to ensure that resources are allocated efficiently, allowing for maximum utilization of space resources.Overall, space logistics is a rapidly growing sector of the space industry and is essential for the success of space exploration and settlement. It plays an important role in providing the necessary resources to space exploration projects and in enabling the efficient transportation of goods and services between different locations in space. Without space logistics, space exploration and settlement would not be possible.Key TrendsSpace logistics is a broad field encompassing all aspects of the transportation of goods and services in space. It involves the transportation of goods, materials, and people from one point to another in space. It is a complex and expensive process, as it requires specialized equipment and technology.Space logistics technology has been evolving rapidly over the past few years. Here are some of the key trends in space logistics technology that are driving the industry forward Autonomous Logistics, 3D Printing, Artificial Intelligence, Big Data, Internet of Things (IoT)Know More: https://www.globalinsightservices.com/reports/space-logistics-market/Key DriversSpace logistics is the management of resources and activities related to the transportation of goods and services in outer space. It involves the coordination of resources, technology, and personnel related to the development, operation, and maintenance of space missions. Space logistics is a complex and multifaceted field that requires a thorough understanding of the laws of physics, orbital mechanics, engineering, and other related disciplines.The key drivers of the space logistics market are the increasing demand for satellite launches, the emergence of new technologies, the increasing commercialization of space activities, and the growth of the space tourism industry.Request for a sample data and methodology of Report - https://www.globalinsightservices.com/request-sample/GIS25236Key PlayersSome of the key players in the Space Logistics Market are EXOLAUNCH GmbH (Germany), Space Machines Company Pty Ltd (South Australia), Exotrail (US), Impulse Space, Inc. (US), ArianGroup (France), Deutsche Post DHL Group (Germany), Yusen Logistics Co. Ltd. (Japan), D-Orbit SpA (UK), Launcher Inc. (US), and Momentus Inc. (US).Contact Us:Global Insight Services LLC... — openPR.com, 10w ago

The upcoming OTV-7 mission of the X-37B Orbital Test Vehicle, set for launch on December 7, 2023, from Kennedy Space Center, represents a significant step in space exploration and technology testing. From the Space Industry Analyst perspective, the mission's focus on innovative tests and expansion into new orbital regimes is crucial, as it pushes the boundaries of current technologies and operational capabilities. The Space Finance Analyst would note the partnership with SpaceX and the use of the Falcon Heavy rocket, indicating a trend towards cost-effective launch options, which could influence market dynamics. For the Space Policy Maker, the emphasis on space domain awareness technologies and the implications for future space operations are of interest, as these could inform regulatory frameworks and strategic positioning. The Space S and T Professional would find the experiments, especially NASA's "Seeds-2" for studying space radiation effects on plant seeds, highly relevant due to their potential to impact long-duration spaceflight and the future of human space exploration. — Space Daily, 25d ago

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The space industry is projected to be the largest segment by industry during the forecast period. Hypersonic flight is poised to revolutionize space exploration and commercial space activities. Its transformative potential lies in offering rapid, reusable access to space, addressing the need for cost-effective and frequent space missions. The ability to swiftly transport payloads to orbit aligns with the growing demands for satellite services and space-based connectivity. — Space Daily, 10d ago

...“This study demonstrates that imitating the strategies or structures of living beings and replicating them in robotic technologies are key elements to obtain innovation with low environmental impact in terms of energy and pollution”, commented Barbara Mazzolai, Associate Director for Robotics of the IIT and Director of the Bioinspired Soft Robotics (BSR) Lab. — SCIENMAG: Latest Science and Health News, 13d ago

Last year, design and physics researchers at Aalto University, alongside industrial partners Lindström, Haltian and Foxa, completed a three-year project, Sun-powered Textiles. The project aimed to explore the possibility of integrating solar cells in textiles to provide energy-autonomous operation for wearable electronics, such as sensors that measure humidity or temperature, and smart textile applications. — goodnewsfinland.com, 7d ago

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...“This study demonstrates that imitating the strategies or structures of living beings and replicating them in robotic technologies are key elements to obtain innovation with low environmental impact in terms of energy and pollution“, commented Barbara Mazzolai, Associate Director for Robotics of the IIT and Director of the Bioinspired Soft Robotics (BSR) Lab. — nanowerk.com, 13d ago

Sellafield, a UK nuclear site, is at the forefront of employing innovative technologies for safe nuclear decommissioning. Robotics play a vital role, with recent use of LiDAR-equipped remote operated vehicles (ROVs), notably Boston Dynamics' Spot the robot dog, that enable 3D mapping in high radiation environments, eliminating the need for human entry. — InnovateEnergy, 6d ago

PRIME-1, scheduled to launch through NASA's Commercial Lunar Payload Service (CLPS) initiative, represents a new chapter in space exploration. The mission is part of the broader Artemis program, which aims to return humans to the Moon and establish a sustainable presence there. Through Artemis, CLPS deliveries will play a vital role in conducting scientific experiments, testing technologies, and demonstrating capabilities crucial for deep space exploration. — Space Daily, 10d ago

Recent breakthroughs in soft robotics and smart materials have brought the goal of building highly capable continuum robots closer to reality. Yet most research has focused on advancing actuation and control systems rather than matching the structural optimizations that enable such extraordinary functionality in organisms shaped by eons of evolution. As a result, even state-of-the-art soft continuum arms require extensive arrays of sensors, actuators, and control hardware to accomplish the fluid movements and environmental adaptations that plants and invertebrates perform intrinsically. — nanowerk.com, 11d ago

SpaceX Token, also known as SPXC, is a digital currency conceptualized to facilitate transactions related to space missions. This includes funding various aspects of space exploration, such as travel to other planets, establishing habitats, agricultural development, and even creating entertainment facilities in space. Designed to be the primary currency for interplanetary transactions, SpaceX Token aims to provide a comprehensive economic system for long-term space projects and colonization efforts. — blockchainreporter, 13d ago

In the realm of aerospace, solar-powered drones and satellites represent a fascinating application of photovoltaic technology. Solar cells on the wings of drones or the surfaces of satellites capture sunlight to generate the power needed for sustained flight or orbital operations. This harnessing of solar energy in the aerospace sector contributes to prolonged mission durations and reduced reliance on traditional power sources. — WriteUpCafe.com, 7d ago

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Unmanned Maritime Systems: Unmanned surface and underwater vehicles have become essential for tasks such as surveillance, search and rescue, and data collection. Collaboration between Indian and American startups drives advancements in autonomous maritime systems, enhancing operational efficiency and reducing human risk. — siliconindia, 10d ago

US Naval Research Laboratory (NRL) researchers have discovered solar-wind hydrogen in lunar samples, which indicates that water on the surface of the Moon may provide a vital resource for future lunar bases and longer-range space exploration. Space-based resource identification is a key factor in planning for civilian- and government-led space exploration. — Space Daily, 11d ago

...“NASA’s Human Research Program is participating in isolation research and other Earth-based analogs, including the Crew Health and Performance Exploration Analog (CHAPEA) and the Human Exploration Research Analog (HERA), Antarctica,” elaborated Schneider, “as well as evaluating other domestic and international analogs, to ensure key research goals can be completed to inform future human spaceflight missions. ”... — IFLScience, 14d ago

NASA astronaut and Expedition 70 Flight Engineer Jasmin Moghbeli processes cell samples for the Cell Gravisensing experiment aboard the International Space Station’s Kibo laboratory module. The space biology investigation is exploring how cells sense gravity and may lead to improved therapies treating conditions such as muscle atrophy and osteoporosis both on Earth and in space. Credit: NASA... — SciTechDaily, 11d ago

RAL Space and MDA Space and Robotics UK are focusing on space weather measurement and planetary surface robotics. With a combined funding of £374,000, they aim to develop a stabilised laser for space weather measurement and an efficient short-range LiDAR for surface robotics. — TechRound, 12d ago

When these solar flares and CMEs occur, they eject enormous clouds of charged gas into space, sometimes directly toward Earth, traveling at incredible speeds. These events can disrupt various technological systems on Earth, including power grids, communications, GPS navigation, and air travel. However, they are also responsible for the creation of beautiful auroras. — Earth.com, 10d ago

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ICON, a leader in additive construction technology, has partnered with architecture firm BIG-Bjarke Ingels Group to create a groundbreaking 3D printed habitat, Mars Dune Alpha, at NASA’s Johnson Space Center in Texas. This project, under a subcontract with Jacobs for NASA’s Space Technology Mission Directorate, aims to simulate a realistic Martian habitat to support long-term exploration science missions in outer space. Mars Dune Alpha, spanning 1,700 square feet, is designed to test the viability of living on Mars and will aid in preparing humans for future space missions. The structure’s innovative design features private crew quarters, medical, work, and food-growing stations, with an emphasis on privacy and adaptability to ensure crew members’ well-being. This project represents a significant stride in space exploration and the potential of 3D printing technology in creating sustainable habitats beyond Earth. — 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing, 17d ago

RTI Connext 6.1 is the first software framework designed to address the development and deployment challenges faced by companies building remotely-operated autonomous systems. A significant benefit of autonomous systems is their ability to operate in otherwise inaccessible or hazardous environments. Examples include underwater drones, remotely-accessible medical devices, space systems, and construction and mining robots. Instead […]... — Electrical Engineering News and Products, 13d ago

Argo Space Corp., one of the customers of Mission 1, plans to fly a demonstration payload on the rover to test technology to extract low concentrations of water from lunar regolith. Astroport Space Technologies will send a payload to test how to sort lunar regolith to obtain grains best suited for producing lunar bricks as construction materials. Avalon Space will contribute an unspecified series of “science, exploration and sustainable development” experiments. — Zephyrnet, 12d ago

Space Daily, 20d ago

US embarks on ambitious quantum technology endeavor

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NASA is calling on innovators to help solve some of the challenges in rapidly testing technology payloads across a wide range of commercial flight vehicles and test environments. As NASA explores the unknown in air and space, the agency is making increased use of commercial suborbital vehicles, spacecraft, and lunar landers to help advance new capabilities. However, the process to ensure payloads can properly interface with a host vehicle is currently complex, time-consuming, and can vary greatly from vehicle to vehicle, as well as between suborbital flights, orbital flights, and beyond. — Space Daily, 6w ago

...“Mass is critical for NASA’s future deep space missions,” explained John Vickers, principal technologist for STMD advanced manufacturing. “Projects like this mature additive manufacturing along with advanced materials, and will help evolve new propulsion systems, in-space manufacturing, and infrastructure needed for NASA’s ambitious missions to the Moon, Mars, and beyond.”... — 3D Printing Industry, 6w ago

In aerospace, man-made diamonds are used in the development of cutting-edge sensors and electronics for spacecraft and satellites. Their durability and resistance to extreme conditions make them ideal for space exploration. — Zupyak, 10w ago

...“Nuclear fission development for space applications is key to introducing technologies that could dramatically change how we move and explore in the vastness of space,” said Barry Miles, JETSON program manager and principal investigator, at Lockheed Martin. — interestingengineering.com, 22d ago

KENNEDY SPACE CENTER (FL), November 7, 2023 – Exploring the mysteries of the natural pigment melanin in the unique microgravity environment of the International Space Station (ISS) could lead to groundbreaking advances in biomaterial production on Earth and beyond. An experiment from the U.S. Naval Research Laboratory will study microbes in space to try to uncover new melanin variants for applications ranging from radiation-resistant protective coatings for spacecraft and space suits to improved drug delivery and stability. The investigation, sponsored by the ISS National Laboratory® and launching on SpaceX’s 29th Commercial Resupply Services mission, aims to lay the foundation for the in-space production of melanin biomaterials. — EEJournal, 27d ago

John Vickers, principal technologist for STMD advanced manufacturing, highlights that “Mass is critical for NASA’s future deep space missions. Projects like this mature additive manufacturing along with advanced materials, and will help evolve new propulsion systems, in-space manufacturing, and infrastructure needed for NASA’s ambitious missions to the Moon, Mars, and beyond.”... — 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing, 4w ago

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By Domain, the Airborne held the largest growth rate during forecast period. The Robotic Warfare market based on domain is segmented into Land, Marine and Airborne. There is high demand for Unmanned Aerial vehicles and Unmanned Aerial Systems for various Intelligence, Surveillance and Reconnaissance missions in various dangerous places and situations. The development of Airborne systems for robotic warfare includes advance technologies like Artificial Intelligence (AI) and Cyber Security. The development and deployment of unmanned airborne vehicles and systems based on AI leads to AI warfare which eventually drives the robotic warfare market. — marketsandmarkets.com, 11d ago

..."NASA's Human Research Program is participating in isolation research and other Earth-based analogs, including the Crew Health and Performance Exploration Analog (CHAPEA) and the Human Exploration Research Analog (HERA), Antarctica, as well as evaluating other domestic and international analogs, to ensure key research goals can be completed to inform future human spaceflight missions. The agency is not participating in the 12-month SIRIUS 23 mission."... — Space.com, 15d ago

Astronauts have conducted biomedical research in space for decades. The influence of a low-gravity environment has advantages that can help advance the development of medical devices and therapies that can help those of us on Earth. — mddionline.com, 13d ago

The innovation hinges on the combination of 3D printing and CubeSat standards, which are highly-miniaturized and cost-effective satellites. These CubeSats are launched on balloons to establish a communication network above disaster zones, utilizing a LoRa low-power, long-range radio system. The rapid production and deployment of these CubeSats could revolutionize emergency communication, allowing rescue teams to coordinate more effectively in challenging conditions. — 3D Printing, 14d ago

For over six decades, the United States has utilized radioisotope-based electrical power systems and heater units in space exploration. These RPS have powered three dozen missions, providing reliable electricity and heat for extended space exploration endeavors. — Space Daily, 10d ago

Sun and team intend to investigate these collectives and their complexity for materials synthesis and design. These dual-responsive constructs can function as microrobot collectives for environmental adaptability with practical applications in biofluids with high viscosity and high ionic concentrations with broad applications in biomedical engineering. — phys.org, 10d ago

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World Space Week 2023 is here and Space.com is looking at the current state of artificial intelligence (AI) and its impact on astronomy and space exploration as the space age celebrates its 66th anniversary. Here, Janet Vertesi discusses how the robotic rovers currently on Mars could help chart a more humane path for working alongside AI. — Space.com, 8w ago

NASA believes lightweight rocket components are essential for deep space missions. John Vickers, principal technologist for STMD advanced manufacturing explains, "Mass is critical for NASA’s future deep space missions ... Projects like this mature additive manufacturing along with advanced materials, and will help evolve new propulsion systems, in-space manufacturing, and infrastructure needed for NASA’s ambitious missions to the Moon, Mars, and beyond."... — PCMAG, 5w ago

As the ISS continues to serve as a hub for scientific discovery and space exploration, the xPWD will play a crucial role in ensuring that astronauts have the resources they need to maintain their health and conduct valuable research. The deployment of such technology is a step forward in sustaining human presence in space, especially as missions venture further from Earth and require more autonomous systems. — Space Daily, 25d ago

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