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Space technology and infrastructure services company Intuitive Machines submitted a proposal for NASA’s Lunar Terrain Vehicle (LTV) Services. The contract calls for a vehicle that astronauts will use to explore the moon’s south pole and conduct research during the Artemis campaign, which aims to return humans to the lunar surface.
Psionic Secures $4 Million NASA SBIR Phase II Sequential Contract to Advance Human-Rated Navigation Systems We are honored to announce that we have been awarded a $4 million, two-year NASA - National Aeronautics and Space Administration SBIR Phase II Sequential Contract to advance Psionic's Space Navigational Doppler Lidar (PSNDL) design to a Class A human-rated unit. This milestone marks a major step in Psionic’s transformation of a NASA invention from an early technology demonstration into a scalable, commercial product for the expanding space economy. This human-rated product complements Psionic’s existing portfolio of low-SWaP solutions, which already support a wide range of mission-critical applications including CLPS missions, LEO operations, rendezvous and proximity operations (RPO), space situational awareness (SSA), and precision navigation in low lunar orbits, planetary environments, and asteroid missions. The upgraded PSNDL will enable Psionic to support flagship NASA programs such as Gateway, Artemis, and future Mars exploration, while expanding its capabilities in landing, autonomous navigation, and space mobility. “This isn’t just a contract — it’s a launchpad,” said William Cook, Psionic's Senior Vice President of Space. “We are building a foundation of products that will not only support NASA’s most ambitious missions but will also establish Psionic as the name synonymous with precision, reliability, and innovation in space mobility.” The award follows Psionic’s recent contract win with ispace-U.S., with two to three additional opportunities expected before the end of the year. Together, these milestones underscore the growing industry adoption of Psionic’s groundbreaking navigation sensors and Psionic’s leadership in precision navigation technologies that enable mission success for the commercial and defense space communities. This latest NASA contract joins Psionic’s expanding client backlog, reflecting strong market confidence in the company’s ability to deliver high-performance solutions across a range of mission profiles. Psionic is now laying the groundwork for a scalable product-line infrastructure designed to deliver on customer needs with speed, efficiency, and uncompromising quality. The company’s focus is clear: deliver early, deliver what our customer needs, and deliver mission success even for the most critical operations. #NASA #navigation #Artemis #technology #Mars
Psionic is honored to announce a $4M NASA SBIR Phase II Sequential contract to advance our Space Navigational Doppler Lidar (PSNDL) to a Class A human-rated system for landing and rendezvous/proximity operations (RPO). This milestone accelerates our mission to deliver precision navigation for Artemis, Gateway, Mars exploration, and beyond — transforming a NASA innovation into a scalable product for the space economy. We deeply appreciate NASA’s trust and collaboration as we build the future of space mobility together. #NASA #navigation #Artemis #technology #Mars
Psionic Secures $4 Million NASA SBIR Phase II Sequential Contract to Advance Human-Rated Navigation Systems We are honored to announce that we have been awarded a $4 million, two-year NASA - National Aeronautics and Space Administration SBIR Phase II Sequential Contract to advance Psionic's Space Navigational Doppler Lidar (PSNDL) design to a Class A human-rated unit. This milestone marks a major step in Psionic’s transformation of a NASA invention from an early technology demonstration into a scalable, commercial product for the expanding space economy. This human-rated product complements Psionic’s existing portfolio of low-SWaP solutions, which already support a wide range of mission-critical applications including CLPS missions, LEO operations, rendezvous and proximity operations (RPO), space situational awareness (SSA), and precision navigation in low lunar orbits, planetary environments, and asteroid missions. The upgraded PSNDL will enable Psionic to support flagship NASA programs such as Gateway, Artemis, and future Mars exploration, while expanding its capabilities in landing, autonomous navigation, and space mobility. “This isn’t just a contract — it’s a launchpad,” said William Cook, Psionic's Senior Vice President of Space. “We are building a foundation of products that will not only support NASA’s most ambitious missions but will also establish Psionic as the name synonymous with precision, reliability, and innovation in space mobility.” The award follows Psionic’s recent contract win with ispace-U.S., with two to three additional opportunities expected before the end of the year. Together, these milestones underscore the growing industry adoption of Psionic’s groundbreaking navigation sensors and Psionic’s leadership in precision navigation technologies that enable mission success for the commercial and defense space communities. This latest NASA contract joins Psionic’s expanding client backlog, reflecting strong market confidence in the company’s ability to deliver high-performance solutions across a range of mission profiles. Psionic is now laying the groundwork for a scalable product-line infrastructure designed to deliver on customer needs with speed, efficiency, and uncompromising quality. The company’s focus is clear: deliver early, deliver what our customer needs, and deliver mission success even for the most critical operations. #NASA #navigation #Artemis #technology #Mars
Big news from Psionic — the company has been awarded a $4 million NASA SBIR Phase II Sequential Contract to advance its Space Navigational Doppler Lidar (PSNDL) to a human-rated design. This milestone is a powerful validation of Psionic’s leadership in precision navigation and its role in shaping the future of human spaceflight. The upgraded PSNDL will support NASA’s Artemis and Gateway programs, future Mars missions, and a wide range of commercial and defense applications - from lunar landings to deep-space mobility. What began as a NASA invention is now becoming a cornerstone technology for resilient, high-performance navigation across the new space economy. A huge step forward for Psionic and for the growing ecosystem of companies driving innovation beyond Earth’s orbit. 🚀 #NASA #SpaceTech #Navigation #Artemis #DeepTech #Innovation Stephen Sandford
Psionic Secures $4 Million NASA SBIR Phase II Sequential Contract to Advance Human-Rated Navigation Systems We are honored to announce that we have been awarded a $4 million, two-year NASA - National Aeronautics and Space Administration SBIR Phase II Sequential Contract to advance Psionic's Space Navigational Doppler Lidar (PSNDL) design to a Class A human-rated unit. This milestone marks a major step in Psionic’s transformation of a NASA invention from an early technology demonstration into a scalable, commercial product for the expanding space economy. This human-rated product complements Psionic’s existing portfolio of low-SWaP solutions, which already support a wide range of mission-critical applications including CLPS missions, LEO operations, rendezvous and proximity operations (RPO), space situational awareness (SSA), and precision navigation in low lunar orbits, planetary environments, and asteroid missions. The upgraded PSNDL will enable Psionic to support flagship NASA programs such as Gateway, Artemis, and future Mars exploration, while expanding its capabilities in landing, autonomous navigation, and space mobility. “This isn’t just a contract — it’s a launchpad,” said William Cook, Psionic's Senior Vice President of Space. “We are building a foundation of products that will not only support NASA’s most ambitious missions but will also establish Psionic as the name synonymous with precision, reliability, and innovation in space mobility.” The award follows Psionic’s recent contract win with ispace-U.S., with two to three additional opportunities expected before the end of the year. Together, these milestones underscore the growing industry adoption of Psionic’s groundbreaking navigation sensors and Psionic’s leadership in precision navigation technologies that enable mission success for the commercial and defense space communities. This latest NASA contract joins Psionic’s expanding client backlog, reflecting strong market confidence in the company’s ability to deliver high-performance solutions across a range of mission profiles. Psionic is now laying the groundwork for a scalable product-line infrastructure designed to deliver on customer needs with speed, efficiency, and uncompromising quality. The company’s focus is clear: deliver early, deliver what our customer needs, and deliver mission success even for the most critical operations. #NASA #navigation #Artemis #technology #Mars
Ram's 😎 Scoop ISRO's humanoid robot Vyommitra, set to fly on the Gaganyaan mission in December 2025, is India's first semi-humanoid space robot designed to assist in human spaceflight. Vyommitra, meaning "friend in space" in Sanskrit, is built to perform vital flight tests, mimic human activities, monitor environmental and life-support systems, and operate spacecraft control panels. It will fly aboard the first uncrewed Gaganyaan mission (Gaganyaan-1) to validate the crew module systems before astronauts, known as vyomanauts, are sent on crewed missions. Ram's 😎 Scoop Vyommitra's design features an upper body with head, torso, and arms but no functional legs. It is equipped with advanced sensors, AI for voice recognition and limited decision-making, and can communicate in Hindi and English. The robot will simulate human functions, give environmental air pressure change warnings, and monitor parameters like temperature, humidity, oxygen, and CO2 levels onboard. Vyommitra is made from heat-resistant aluminum alloy and designed to withstand space conditions including high pressure, vibrations, and microgravity. Ram's 😎 Scoop Its mission is to act as a human simulant and flight analyst to ensure spacecraft safety and performance while reducing risk ahead of human spaceflight. This marks a historic milestone as ISRO moves closer to India's maiden human spaceflight program, with crewed missions expected by early 2027 after successful uncrewed tests with Vyommitra.
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🚀 The future of space exploration just got a little more human... or should I say, humanoid! ✨ India's space ambitions are soaring, and at the forefront of this incredible journey is ISRO - Indian Space Research Organization's remarkable 'Vyomitra' – a sophisticated 'half-humanoid' robot. She's not just a machine; Vyomitra is poised to play a crucial role in the upcoming Gaganyaan mission, India's first crewed spaceflight. Her mission? To meticulously simulate human functions within the crew module. Vyomitra will monitor critical parameters, operate life support systems, and even communicate with ground control, essentially acting as a vital precursor to our human astronauts. 🛰️ This strategic approach allows ISRO to gather crucial data on how the human body might react to the harsh space environment – think radiation and microgravity – ensuring maximum safety and reliability for our future 'Vyomnauts'. This truly is a testament to India's commitment to cutting-edge science and engineering, paving the way for a secure and successful human spaceflight program. What an inspiring leap forward! What are your thoughts on this incredible blend of robotics and space exploration? Share your insights below! 👇 #ISRO #Vyomitra #Gaganyaan #SpaceExploration #Robotics #IndiaInSpace #FutureTech Source: Meet Vyomitra: ISRO’s humanoid robot ready to test India’s first crewed spacecraft via Varindia (URL: https://lnkd.in/gaHgVzk8)
Excited to share how #HUMMER #EV technology is being adapted for NASA - National Aeronautics and Space Administration’s next-generation Lunar Terrain Vehicle (Eagle LTV). As part of the #Artemis program, General Motors is collaborating with Lunar Outpost to bring advanced EV and off-road innovations beyond Earth. From NCMA battery technology to unparalleled traction control and four-wheel CrabWalk capability, the same breakthroughs that make HUMMER EV a “super truck” are now enabling mobility on the Moon. It’s inspiring to see how expertise developed here on Earth can help humanity explore entirely new frontiers. #Electrification #Innovation #SpaceTech #IWorkForGM https://lnkd.in/gJasEUVw
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Indian Space Research Organisation (ISRO) Chairman V Narayanan on Thursday disclosed that 90 per cent of the work on Gaganyaan, India's first human spaceflight mission, has been completed. “The Gaganyaan mission is going on very well. A lot of technological development has to take place. Number one the rocket has to be human rated, the life support system, the crew escape system and of course human centric products. I can say today that approximately 90% of the development work has been completed,” Mr. Narayanan told reporters in Bengaluru. He added that the crewed mission to launch the Indian astronauts into space will take place in 2027, and before that, ISRO will undertake three uncrewed missions. The Gaganyaan project contemplates the demonstration of human spaceflight capability by launching a crew of three members to an orbit of 400 km for a three-day mission and bringing them back safely to Earth by landing in the Indian sea waters. On the NASA-ISRO Synthetic Aperture Radar (NISAR) satellite launched on July 30, 2025, the ISRO Chief said that the satellite is healthy and it would be declared operational in another 10-15 days. ISRO completed the first integrated air drop test for Gaganyaan at the Satish Dhawan Space Centre in Sriharikota on August 24. In a simulated rehearsal of the splashdown when the astronauts return to Earth post the mission, a module was lifted off using a helicopter to an altitude of three kilometres and released before deploying nine parachutes for a successful splashdown in the Bay of Bengal, he explained. Narayanan added tht work on the next-generation launchers is ongoing, and the Prime Minister had set targets to work on the crewed lunar mission. hashtag #startuppedia hashtag #startupJourney hashtag #startupstory hashtag #startupnews hashtag #startupbusiness hashtag #ISRO hashtag #India
What if the future of space tech looked more like an octopus than a robot? 🛰️ Scientists are designing soft, tentacle-inspired robotic hands that can gently wrap around almost any shape. Unlike rigid claws, these flexible arms can grip fragile items—like fruit or surgical tools—without breaking them. Now imagine this in space: NASA could use octopus-style robots to handle delicate instruments, repair satellites, or even assist astronauts in zero-gravity missions where normal tools struggle. 🐙🔧 This is how biology is quietly shaping the future of exploration.
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🚀 18 Wheels joins the Rock and Roll with NASA Challenge! Lunar rovers need a new generation of wheels: lightweight, reliable, and fast. Our 18 independent mini-wheels with integrated motors make our system 3.5x lighter than a traditional 4-wheel, single-motor setup. Every gram saved is more power for science! 🛡 Built to Survive: Strength comes in numbers. Our small, robust wheels are inherently tougher. The mission continues even if up to a third of them fail. True redundancy. ⚡️ Speed Demon: By slashing the unsprung mass 18-fold, our suspension lets us glide over treacherous terrain. We’re confidently targeting speeds over 50 km/h on the Moon, blowing past the 24 km/h requirement. And here’s the best part: Thanks to the extremely low ground pressure, the rover glides effortlessly. This makes driving significantly easier and extends the range by 2.7 times! The future of lunar mobility is here. We believe in our tech and our chance to win. Follow our journey to the stars! 🌙✨ #NASAChallenge #LunarRover #SpaceTech #Innovation #MoonMission #RockTheMoon #Engineering #FutureIsHere #SpaceX
