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DIBuilding dreams among stars. #SpaceInnovation #Robotics
@digitalmeina
#Spacerobotics
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FU🚀 NASA just solved one of space robotics' hardest problems.
In zero gravity, even holding onto an object becomes incredibly difficult. There’s nothing to push against. Wheels slip. Clamps fail. One wrong move can send equipment drifting into space.
That’s why NASA engineers created a robotic claw built for extreme environments. Instead of squeezing harder, it uses hundreds of tiny flexible spines that latch onto microscopic cracks and bumps on rocky surfaces.
Each spine moves independently, spreading force across the material and creating a stable grip without crushing what it touches.
This breakthrough could allow robots to climb asteroid surfaces, explore steep cliffs on Mars, and reach places humans can’t safely go.
Space technology is no longer just science fiction; it’s happening right now.
If robots can grip and climb in space, where should they explore first?
What’s your honest take on this? 🤔💬
🎥: NASA JPL
Follow @futuring.ai to master AI before everyone else 🚀⚡
#ai #robotics #spacetech
@futuring.ai
5.7K
TESatellites launched differently.
No rockets involved.
Tech handled deployment gently.
Orbit achieved safely.
Space access got easier.
Is this the future of satellite launches?
#spaceinnovation #satellitetech #futuretech
@techsciety
25.6K
FUNASA just solved one of space robotics' hardest problems.
In zero gravity, even holding onto an object becomes incredibly difficult. There’s nothing to push against. Wheels slip. Clamps fail. One wrong move can send equipment drifting into space.
That’s why NASA engineers created a robotic claw built for extreme environments. Instead of squeezing harder, it uses hundreds of tiny flexible spines that latch onto microscopic cracks and bumps on rocky surfaces.
Each spine moves independently, spreading force across the material and creating a stable grip without crushing what it touches.
This breakthrough could allow robots to climb asteroid surfaces, explore steep cliffs on Mars, and reach places humans can’t safely go.
Space technology is no longer just science fiction; it’s happening right now.
If robots can grip and climb in space, where should they explore first?
What’s your honest take on this? 🤔💬
🎥: NASA JPL
Follow @futuring.ai to master AI before everyone else 🚀⚡
#ai #robotics #spacetech #engineering #technology
@futuring.ai
32.6K
TREngineers at NASA, including teams at Jet Propulsion Laboratory, have developed a specialized robotic gripping system designed to work in low-gravity and zero-gravity environments. Instead of relying on strong squeezing force, the device uses hundreds of tiny flexible spines inspired by nature that hook into microscopic cracks and surface irregularities. Each spine moves independently, allowing the load to spread evenly and creating a secure hold without damaging the object. This approach is especially useful in space, where even small forces can push objects away due to the lack of gravity. The technology enables robots to anchor onto rocks, asteroids, or rough planetary terrain more safely and reliably. It could support future missions involving asteroid sampling, planetary exploration, and robotic climbing in extreme environments, helping scientists access locations that are difficult or unsafe for humans while expanding the possibilities of robotic exploration beyond Earth.
Follow (@trueelevation.ai) for more content related to AI and tech
@trueelevation.ai
436
UNAI-POWERED SATELLITES COULD REPAIR THEMSELVES IN ORBIT
Future satellites may be equipped with artificial intelligence systems capable of detecting malfunctions and automatically repairing or reconfiguring themselves while in orbit.
Space agencies such as European Space Agency and NASA are exploring autonomous spacecraft technologies designed for long-duration missions.
Important Details:
• AI systems monitor spacecraft health
• Detects and diagnoses technical failures
• Automatically reconfigures onboard systems
• Could repair minor hardware issues
• Reduces need for human intervention
• Extends satellite lifespan
• Important for deep-space missions
Satellites currently rely heavily on commands sent from Earth. However, communication delays and complex systems make rapid response difficult.
AI-powered spacecraft could analyze their own systems in real time, isolate problems, and implement solutions without waiting for ground control.
As space missions become longer and more complex, autonomous spacecraft may become essential for maintaining satellites far from Earth.
The next generation of satellites may think, adapt, and repair themselves.
#Unboxfactory #ArtificialIntelligence #SpaceEngineering #AutonomousSystems #FutureSatellites
@unboxfactory
116
AS🚀 Exploring the future of Space & Technology
🛰 Rockets, AI, satellites & cosmic discoveries
🌌 Bringing the universe closer to you
#SpaceNews #TechNews #SpaceExploration #FutureTech #AI #NASA #SpaceX #Innovation #Technology #Science #Universe #Astronomy #SpaceTech #Cosmos #TechUpdate
@astro_journey_tothebeyond
21.1K
AIIn space, grabbing onto things is harder than it looks.
With no gravity, there’s nothing to push against. Wheels slip. Clamps lose hold. Even small movements can send objects drifting away.
To deal with that, NASA engineers designed a robotic claw that works differently.
Instead of squeezing harder, it uses hundreds of tiny flexible spines that latch onto microscopic cracks and rough spots on rocky surfaces.
Each spine bends on its own, spreading force across the surface and creating a secure grip without crushing the rock.
That makes it possible for robots to grab irregular objects in low or zero gravity environments.
Tech like this could be used for asteroid sampling, climbing rocky terrain on Mars, and missions in places humans can’t safely reach.
What would you want robots like this to explore first?
@aiwhales_
🎥 Media: NASA JPL
#ai #robotics #spacetech #engineering #technology
@aiwhales_
5.4K
ADGripping things in space is far more complicated than it looks, especially when there is low or no gravity.
This NASA-developed robot claw addresses the issue through the use of hundreds of flexible microspines that grip tiny imperfections on the surface rather than relying on pressure.
This technology has the potential to grasp irregular rocks, which could be useful in asteroid exploration.
The National Aeronautics and Space Administration is an independent agency of the United States government that is responsible for the United States' civil space program and for the country's research in aeronautics and space exploration.
It has its main office in Washington D.C. and operates ten field centers across the United States. Its organizational structure consists of the Science Mission Directorate, the Space Operations Mission Directorate, the Exploration Systems Development Mission Directorate, the Space Technology Mission Directorate, the Aeronautics Research Mission Directorate, and the Mission Support Directorate.
NASA was established in 1958 and replaced the National Advisory Committee for Aeronautics to provide the United States' space development process with a unique civilian focus
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Love technology? Follow @Advansment ✦
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Credits: NASA JPL
#technology #nasa #space #reels #innovation
@advansment
2.5K
TH🚀 Robots Preparing to Build Beyond Earth 🤖
Robotic systems are being designed to assemble structures where human construction is difficult — even in orbit. 🛰️
That means future stations, antennas, and habitats could be built directly in space with precision. ✨
Technology is slowly turning science fiction into engineering. 🌌
💬 Would you trust robots to build in space?
Follow @theusualrare for a curated blend of everything worth seeing
#SpaceTech #Robotics #Engineering #FutureTechnology #SpaceConstruction Innovation TheUsualRare ViralVideo MindBlown Science
@theusualrare
21.8K
TESatellites, no rockets needed.
This company found a new way to launch satellites into space.
Cheaper, faster, and less complicated than traditional methods.
Changing the way we explore the skies.
Innovation taking flight in unexpected ways.
Would you trust satellites launched this way?
#technology #innovation #space
@techsciety
43.9K
TESatellites, no rockets needed.
This company found a new way to launch satellites.
They use alternative methods to reach space.
It’s cheaper and faster than traditional rockets.
Changing how we explore the skies.
Would you trust satellites launched this way?
#technology #space #innovation
@techsciety
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L'enorme raccolta #Spacerobotics su Instagram presenta i video più coinvolgenti di oggi. I contenuti di @techsciety, @trueelevation.ai and @futuring.ai e altri produttori creativi hanno raggiunto thousands of post a livello globale.
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