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The Next Space Frontier May Be Just 100 km Above Earth, Not the Moon or Mars
As low Earth orbit becomes crowded, very low Earth orbit satellites are emerging as a promising alternative. Operating closer to Earth, they offer faster communication, sharper imaging, and better weather data. Advances in propulsion are helping overcome atmospheric drag, opening the door to wider use of this challenging but valuable orbital region...
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Mars Orbiters Take Rare Images of Interstellar Comet 3I/ATLAS Zooming Past Red Planet
ExoMars TGO captured a series of images with its Colour and Stereo Surface Imaging System (CaSSIS).
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NASA’s Astrobee Robots Gain New Capabilities via Arkisys Partnership
NASA has partnered with Arkisys to extend the Astrobee robotic mission aboard the ISS. The free-flying robots are set to support future exploration by performing spacecraft maintenance and assisting astronauts. The collaboration sustains a platform vital for testing new technologies in microgravity as NASA prepares missions to the Moon and Mars.
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Harvard Scientist Claims Rare Interstellar Object Might Be "Alien Technology"
The comet will reach its closest point to the Sun (perihelion) on October 29, 2025, passing just inside Mars' orbit
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Algae-Grown Bioplastic Passes Mars Pressure Test, Boosting Hopes for Red Planet Habitats
Scientists have successfully grown algae in bioplastic chambers under Mars-like conditions, marking a step toward sustainable habitats for astronauts. The chambers, made from polylactic acid, supported photosynthesis and stabilized liquid water. This breakthrough suggests self-replicating biomaterials could reduce Earth-based resupply, advancing lo...
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NASA’s Mars Sample Return Mission May Survive with Lockheed Martin’s Low-Cost Proposal
NASA’s Mars Sample Return Mission is at risk due to skyrocketing costs, but a new cost-efficient proposal from Lockheed Martin could save the mission. By reusing technology from the InSight lander, the plan promises to bring back Mars samples at a fraction of the expected $11 billion.
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NASA’s RASSOR Robot Digs Deep into Moon Mining Future with Successful Test
NASA’s RASSOR robot recently underwent testing at Kennedy Space Center, successfully excavating simulated lunar soil with its unique counterrotating drums. This trial validates RASSOR’s traction and digging capabilities, paving the way for IPEx—the next-gen, autonomous excavator designed to harvest Moon resources like oxygen and water. The te...
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Pulsar Fusion’s Nuclear Fusion Rockets May Revolutionise Space Travel
UK-based Pulsar Fusion has revealed plans for Sunbird, a nuclear fusion-powered rocket that could change space exploration. The company says this technology could reduce travel time to Mars and beyond by half. Sunbirds will act as space tugs, attaching to spacecraft in orbit and propelling them further. Initial tests will be conducted in vacuum cha...
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NASA Tracks GNSS Signals on Moon, Advancing Lunar Navigation Technology
NASA and the Italian Space Agency made history by successfully tracking GNSS signals on the Moon through the LuGRE experiment. The technology could revolutionise lunar navigation, aiding missions like Artemis. LuGRE had earlier set records for GNSS signal acquisition in deep space, reaching lunar orbit before its final touchdown. The data collected...
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NASA’s IM-2 Mission Brings Ice Mining, Mobile Robots, and More on Moon
NASA is launching IM-2, the second lunar mission under the Commercial Lunar Payload Services (CLPS) initiative, to explore the Moon’s South Pole. The Nova-C lander, built by Intuitive Machines, will carry groundbreaking technologies, including an ice-mining drill, a mobile hopping drone, and a lunar 4G network. These innovations will help scienti...
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The Next Space Frontier May Be Just 100 km Above Earth, Not the Moon or Mars
As low Earth orbit becomes crowded, very low Earth orbit satellites are emerging as a promising alternative. Operating closer to Earth, they offer faster communication, sharper imaging, and better weather data. Advances in propulsion are helping overcome atmospheric drag, opening the door to wider use of this challenging but valuable orbital region...
-
Mars Orbiters Take Rare Images of Interstellar Comet 3I/ATLAS Zooming Past Red Planet
ExoMars TGO captured a series of images with its Colour and Stereo Surface Imaging System (CaSSIS).
-
NASA’s Astrobee Robots Gain New Capabilities via Arkisys Partnership
NASA has partnered with Arkisys to extend the Astrobee robotic mission aboard the ISS. The free-flying robots are set to support future exploration by performing spacecraft maintenance and assisting astronauts. The collaboration sustains a platform vital for testing new technologies in microgravity as NASA prepares missions to the Moon and Mars.
-
Harvard Scientist Claims Rare Interstellar Object Might Be "Alien Technology"
The comet will reach its closest point to the Sun (perihelion) on October 29, 2025, passing just inside Mars' orbit
-
Algae-Grown Bioplastic Passes Mars Pressure Test, Boosting Hopes for Red Planet Habitats
Scientists have successfully grown algae in bioplastic chambers under Mars-like conditions, marking a step toward sustainable habitats for astronauts. The chambers, made from polylactic acid, supported photosynthesis and stabilized liquid water. This breakthrough suggests self-replicating biomaterials could reduce Earth-based resupply, advancing lo...
-
NASA’s Mars Sample Return Mission May Survive with Lockheed Martin’s Low-Cost Proposal
NASA’s Mars Sample Return Mission is at risk due to skyrocketing costs, but a new cost-efficient proposal from Lockheed Martin could save the mission. By reusing technology from the InSight lander, the plan promises to bring back Mars samples at a fraction of the expected $11 billion.
-
NASA’s RASSOR Robot Digs Deep into Moon Mining Future with Successful Test
NASA’s RASSOR robot recently underwent testing at Kennedy Space Center, successfully excavating simulated lunar soil with its unique counterrotating drums. This trial validates RASSOR’s traction and digging capabilities, paving the way for IPEx—the next-gen, autonomous excavator designed to harvest Moon resources like oxygen and water. The te...
-
Pulsar Fusion’s Nuclear Fusion Rockets May Revolutionise Space Travel
UK-based Pulsar Fusion has revealed plans for Sunbird, a nuclear fusion-powered rocket that could change space exploration. The company says this technology could reduce travel time to Mars and beyond by half. Sunbirds will act as space tugs, attaching to spacecraft in orbit and propelling them further. Initial tests will be conducted in vacuum cha...
-
NASA Tracks GNSS Signals on Moon, Advancing Lunar Navigation Technology
NASA and the Italian Space Agency made history by successfully tracking GNSS signals on the Moon through the LuGRE experiment. The technology could revolutionise lunar navigation, aiding missions like Artemis. LuGRE had earlier set records for GNSS signal acquisition in deep space, reaching lunar orbit before its final touchdown. The data collected...
-
NASA’s IM-2 Mission Brings Ice Mining, Mobile Robots, and More on Moon
NASA is launching IM-2, the second lunar mission under the Commercial Lunar Payload Services (CLPS) initiative, to explore the Moon’s South Pole. The Nova-C lander, built by Intuitive Machines, will carry groundbreaking technologies, including an ice-mining drill, a mobile hopping drone, and a lunar 4G network. These innovations will help scienti...
