Space Talent’s Post

The #RRM_TD (Robotic Remote Manipulator – Technology Demonstrator) is India's first space robotic arm, marking a significant milestone in the country's advancements in space robotics under the Make in India initiative. It was successfully deployed onboard #POEM-4 (#PSLV Orbital Experimental Module-4), launched as part of #ISRO's space missions. 1. Purpose: Demonstrates autonomous robotic operations in space. Serves as a precursor to future in-orbit servicing, debris management, and #satellite handling missions. 2. Features: Designed to perform precise, complex movements in the harsh environment of space. Equipped with advanced sensors and actuators for remote operation. 3. Applications: Satellite repair and servicing. #Debrisremoval and management in Earth's orbit. Assisting in the assembly of structures in #space. POEM-4's Role: The PSLV Orbital Experimental Module serves as a platform to host payloads for extended periods in space. POEM-4 is acting as the operational testbed for RRM_TD, enabling the robotic arm to showcase its capabilities in a real-world space environment. This milestone underscores India's growing capabilities in #spacetechnology and its commitment to leveraging indigenous innovation for futuristic missions. #spacescience

What is autonomous operation? Why is it a potential game changer for space missions? Find out in the latest chapter of #KnowledgeBites 👇 💡 Autonomous operations is a new trend in the space industry, where a spacecraft gathers information with its sensors, analyze and use it to make decisions with its on-board computer, and performs actions based on these decisions with its actuators. 🛰 Our on-board computers are an ideal support for autonomous operations in space, thanks to their wide interfacing capability that makes it possible to connect them to almost any sensor or system, their high performance that supports fast and informed decision-making, and their reliability that ensures that these decisions are timely and precisely implemented. 🌍 Autonomous operations opens a wide variety of novel applications in space. For example, autonomous guiding algorithms can allow safe docking of spacecraft in orbit, and real-time object identification can facilitate advanced intelligence and surveillance missions. However, the most promising application is probably automated collision detection and avoidance that could facilitate self-driving satellites to navigate the growing debris field in Low Earth Orbit. Want to learn more about how our solutions can help facilitate autonomous operation in space? Feel free to contact us! /Anders Persson Unibap #AutonomousOperations #OnBoardComputing #CloudComputing #SpaceCloud

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Sharing some short news: 1. RFPCB in AI & Space Tech RFPCBs enable high-speed AI systems for autonomous operations in the South Heaven Gate and Chang’e Lunar Base projects. They drive unmanned spacecraft, intelligent navigation, and space city robotics. For lunar bases, RFPCBs ensure robust communication and energy management. For spaceports, they power satellite networks and spacecraft systems, optimizing interstellar logistics and safety. Their adaptability and durability make RFPCBs indispensable for extreme space environments, supporting breakthroughs in AI, unmanned vehicles, and space urbanization. 2. 4978 Quantum Superconducting PCB Ad Travel through time with 4978’s Quantum Superconducting PCB & Dark Matter Engine! Unlock limitless adventures powered by cutting-edge technology. Explore the future today. 3. 2045 “South Heaven Gate” Investment Plan Join the 2045 South Heaven Gate Project, establishing Earth's first orbital spaceport for lunar logistics and interstellar travel. Invest in AI-driven robotics, advanced satellite networks, and sustainable energy solutions. Be part of humanity’s leap into space commerce! 4. 2088 “Chang’e Lunar Base” Investment Plan Invest in the 2088 Chang’e Lunar Base, a self-sustaining lunar city powered by AI and cutting-edge robotics. Opportunities include lunar mining, bionic AI systems, and space tourism infrastructure. Shape the future of space exploration and commerce today. #RFPCB#AI#PCB#Robotics

Elon Musk and the SpaceX team have achieved something truly amazing once again! Recently, they completed the fifth test flight of the Starship, their spacecraft designed for future missions to the Moon, Mars, and beyond. But what makes this test flight special is what happened with the Super Heavy rocket, which is the powerful booster that helps launch the Starship into space. For the very first time, SpaceX managed to catch the Super Heavy rocket after launch using robotic arms! These arms are huge and work almost like giant chopsticks. Instead of letting the rocket fall into the ocean or crash to the ground, the robotic arms gently caught it. This is a major step forward because it means that SpaceX is getting closer to making rockets reusable. Reusing rockets would save a lot of money and resources, making space travel more affordable and efficient. This achievement marks a big milestone in space exploration and shows just how far we’ve come. 🌌🚀 #SpaceX hashtag#Starlink hashtag#Robotics hashtag#ArtificialIntelligence hashtag#Innovation hashtag#IQud hashtag#FutureTech

A new step forward in remote sensing technologies

Mission success! 🚀 SpaceX’s Transporter-12 mission launched our Pelican-2 and 36 SuperDoves (Flock 4G) safely into orbit! 🛰️ We’ve made contact with each of our new satellites, commissioning will begin shortly, and celebrations are underway. We were really thrilled to launch Pelican-2 into orbit with NVIDIA’s Jetson AI platform on board. With this latest tech, we aim to deliver rapid data insights to our customers. Planet plans to launch additional Pelicans this year. Ad astra! 💫 Learn more: https://lnkd.in/gAkVgcdR

AI-Powered Helicopter Shows Future of Autonomous Navigation NASA's Ingenuity helicopter has demonstrated the power of autonomous navigation in the harshest environment imaginable - Mars. Originally designed for just 5 flights, this AI-powered aircraft completed 72 missions over three years, revolutionizing how we explore other planets. The success proves that autonomous systems can not only survive but excel in extreme conditions. While serving as a pathfinder for the Perseverance rover, Ingenuity showcased how AI-powered vehicles can scout ahead and make real-time navigation decisions - capabilities that will transform everything from space exploration to autonomous vehicles on Earth. #ai #robotics #space #innovation #technology Source:

Nikon wowed CES 2025 with its Z Series cameras and a robot vision system. The Nikon Z9, modified for NASA’s Artemis lunar missions, will capture images on the Moon with advanced thermal insulation and radiation resistance. The robot vision system demonstrated precise, human-like tasks, showcasing future potential for industries like manufacturing. Nikon’s innovations are shaping the future of tech, robotics, and space exploration. #CES2025 #NikonZ9 #NASAArtemis #RobotVision #FutureTech #SpaceExploration #Innovation #TechTrends #LunarMission #Robotics