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Tiny but mighty robots MIT engineers have built an insect-sized jumping robot that uses a fraction of the energy of aerial bots the same size. It can leap over tall obstacles, land on sloped terrain, and carry 10x more payload than flying counterparts—opening up potential for search-and-rescue, exploration, and more.

Circuit

4,022 subscribers

11,754 次观看 • 1 年前 •via X (Twitter)

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Alex Utopia 的头像

Alex Utopia1 年前

Very impressive. The future is lit 🥹

ESDigital Games 的头像

ESDigital Games1 年前

Steel Seed is a single player stealth-action adventure game set in a dark sci-fi world. In her epic journey inside a hostile underground facility run by AIs, Zoe is alone with Koby, a flying drone, as her only companion Add wishlist:

Martin Jangaard 的头像

Martin Jangaard1 年前

Yep, getting weirder and weirder.

Timmy Vanheel 的头像

Timmy Vanheel1 年前

Robots be wildin' 🤖 Payload power-up, heck yeah!

相关视频

Engineers at the Massachusetts Institute of Technology (MIT) have developed an insect-sized hopping robot capable of navigating rugged terrain and carrying heavy payloads, offering potential applications in disaster response, exploration and more.

Engineers at the Massachusetts Institute of Technology (MIT) have developed an insect-sized hopping robot capable of navigating rugged terrain and carrying heavy payloads, offering potential applications in disaster response, exploration and more.

Reuters

31,477 次观看 • 1 年前

A new hopping robot can leap over obstacles and traverse tough terrain, using a springy leg and flapping wings for control. EECS researchers say the insect-sized robot could aid in rescues, navigating through tight spaces such as collapsed buildings. Video: Melanie Gonick/MIT

A new hopping robot can leap over obstacles and traverse tough terrain, using a springy leg and flapping wings for control. EECS researchers say the insect-sized robot could aid in rescues, navigating through tight spaces such as collapsed buildings. Video: Melanie Gonick/MIT

Massachusetts Institute of Technology (MIT)

11,321 次观看 • 1 年前

MIT engineers unveiled an insect-sized hopping robot designed to conquer tricky terrains where tiny crawling or flying bots fall short; using a springy leg and flapping wings for controlled leaps, it navigates uneven surfaces energy-efficiently, showcasing impressive agility.

MIT engineers unveiled an insect-sized hopping robot designed to conquer tricky terrains where tiny crawling or flying bots fall short; using a springy leg and flapping wings for controlled leaps, it navigates uneven surfaces energy-efficiently, showcasing impressive agility.

Sagar

22,442 次观看 • 1 年前

Meet the robot bird that leaps into the air. Researchers at EPFL have developed RAVEN, a robot inspired by birds’ ability to seamlessly navigate land and air. With multifunctional legs, RAVEN can jump into flight, walk, and hop over obstacles—just like its avian counterparts. Jumping take-offs are not only faster but also more energy-efficient than traditional methods, making RAVEN ideal for tackling complex terrains. Could this bird-inspired design pave the way for more versatile multi-modal robots?

Meet the robot bird that leaps into the air. Researchers at EPFL have developed RAVEN, a robot inspired by birds’ ability to seamlessly navigate land and air. With multifunctional legs, RAVEN can jump into flight, walk, and hop over obstacles—just like its avian counterparts. Jumping take-offs are not only faster but also more energy-efficient than traditional methods, making RAVEN ideal for tackling complex terrains. Could this bird-inspired design pave the way for more versatile multi-modal robots?

Circuit

173,743 次观看 • 1 年前

🇮🇱 Ben-Gurion University in South Israel just built a robot that switches between driving and crawling depending on the terrain. Nobody asked why Israeli engineers are suddenly very motivated to solve the problem of robots that can navigate rough ground and climb obstacles.

🇮🇱 Ben-Gurion University in South Israel just built a robot that switches between driving and crawling depending on the terrain. Nobody asked why Israeli engineers are suddenly very motivated to solve the problem of robots that can navigate rough ground and climb obstacles.

Mario Nawfal

316,451 次观看 • 1 个月前

An insect-inspired robot that only weighs as much as a raisin can perform acrobatics and fly for much longer than any previous insect-sized drone without falling apart. Read more:

An insect-inspired robot that only weighs as much as a raisin can perform acrobatics and fly for much longer than any previous insect-sized drone without falling apart. Read more:

New Scientist

16,578 次观看 • 1 年前

Kawasaki Heavy Industries has introduced Kaleido, a humanoid robot built for search and rescue missions in dangerous areas. It can walk on rough terrain, climb over debris, and lift heavy objects in disaster zones. The robot is designed to support rescue teams and make emergency operations safer and faster.

Kawasaki Heavy Industries has introduced Kaleido, a humanoid robot built for search and rescue missions in dangerous areas. It can walk on rough terrain, climb over debris, and lift heavy objects in disaster zones. The robot is designed to support rescue teams and make emergency operations safer and faster.

Space and Technology

79,190 次观看 • 1 个月前

Our new all-terrain rescue vehicle is on Long Island supporting our storm response. It can carry more than 20 people and will assist local crews with search and rescue operations. We’re ready for whatever this storm brings.

Our new all-terrain rescue vehicle is on Long Island supporting our storm response. It can carry more than 20 people and will assist local crews with search and rescue operations. We’re ready for whatever this storm brings.

Governor Kathy Hochul

32,407 次观看 • 3 个月前

We’ve built a surgical robot to automate key steps in the process of receiving a Neuralink implant to promote safety, reliability, and scalability. Learn more about the role of the robot and its future potential from the engineers helping develop it.

We’ve built a surgical robot to automate key steps in the process of receiving a Neuralink implant to promote safety, reliability, and scalability. Learn more about the role of the robot and its future potential from the engineers helping develop it.

Neuralink

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Could a jumping robot explore Saturn’s icy moon, Enceladus? 🪐 The LEAP robot is a bold mission concept that could hop across ice, jump through tall plumes and sample the subsurface ocean. See how LEAP could explore some of the most extreme terrain in the solar system:

Could a jumping robot explore Saturn’s icy moon, Enceladus? 🪐 The LEAP robot is a bold mission concept that could hop across ice, jump through tall plumes and sample the subsurface ocean. See how LEAP could explore some of the most extreme terrain in the solar system:

NASA Technology

51,278 次观看 • 16 天前

Chinese researchers have developed snail-inspired modular robots that can move individually across rough terrain and then connect together to form larger structures, allowing them to climb obstacles and carry out more complex coordinated tasks.

Chinese researchers have developed snail-inspired modular robots that can move individually across rough terrain and then connect together to form larger structures, allowing them to climb obstacles and carry out more complex coordinated tasks.

Science girl

83,424 次观看 • 1 个月前

Elon Musk on Optimus: "Everything in the Optimus robot is designed from Physics First Principles. Its not taken from a catalog. These are custom designed. Everything, literally everything. Optimus is designed to have a lot of intelligence and to have the same electromechanical dexterity, if not higher than a human. It's quite a big robot because it has to carry heavy objects for long periods of time and not overheat or exceed the power of its actuators. It's 5 11, so it's pretty tall and it's got a lot of intelligence. So it's going to be more expensive than a small robot that is not. Over time as Optimus robots build Optimus robots, the cost will drop very quickly."

Elon Musk on Optimus: "Everything in the Optimus robot is designed from Physics First Principles. Its not taken from a catalog. These are custom designed. Everything, literally everything. Optimus is designed to have a lot of intelligence and to have the same electromechanical dexterity, if not higher than a human. It's quite a big robot because it has to carry heavy objects for long periods of time and not overheat or exceed the power of its actuators. It's 5 11, so it's pretty tall and it's got a lot of intelligence. So it's going to be more expensive than a small robot that is not. Over time as Optimus robots build Optimus robots, the cost will drop very quickly."

DogeDesigner

69,859 次观看 • 4 个月前

Picture reaching for something on a high shelf and coming up short. You don’t give up; instead, you find a stool, carry it over, and climb up. Buried in that action is something remarkable: You held the goal in your mind, identified what you needed, and executed a plan. No training required. A study suggests bumble bees can do the same—the first demonstration of this kind of goal-directed problem-solving in an insect. Learn more:

Picture reaching for something on a high shelf and coming up short. You don’t give up; instead, you find a stool, carry it over, and climb up. Buried in that action is something remarkable: You held the goal in your mind, identified what you needed, and executed a plan. No training required. A study suggests bumble bees can do the same—the first demonstration of this kind of goal-directed problem-solving in an insect. Learn more:

News from Science

20,925 次观看 • 2 天前

Researchers at the Chinese University of Hong Kong, Shenzhen have developed a snail-like robotic swarm that can connect to form larger structures. These robots use a two-mode adhesive system inspired by land snails, allowing both movement and strong connections. They introduced this system in 2024, and tests show it can travel on rough terrain, climb obstacles, and combine to handle more complex tasks.

Researchers at the Chinese University of Hong Kong, Shenzhen have developed a snail-like robotic swarm that can connect to form larger structures. These robots use a two-mode adhesive system inspired by land snails, allowing both movement and strong connections. They introduced this system in 2024, and tests show it can travel on rough terrain, climb obstacles, and combine to handle more complex tasks.

Space and Technology

238,821 次观看 • 1 个月前

The Xsto biped robot can roll fast on wheels and jump high using bionic legs. It switches modes instantly to move easily across flat roads or rough terrain. This helps it travel through cities, rescue areas, and obstacles where other robots get stuck.

The Xsto biped robot can roll fast on wheels and jump high using bionic legs. It switches modes instantly to move easily across flat roads or rough terrain. This helps it travel through cities, rescue areas, and obstacles where other robots get stuck.

Space and Technology

88,134 次观看 • 2 个月前

$Most of those who have left the UK left voluntarily and without any Government involvement. Only a tiny, tiny fraction arrived by small boat Labour have however let in 35,000 illegal immigrants over the channel (30% more than the same period a year previously) Disingenuous charlatan$

Most of those who have left the UK left voluntarily and without any Government involvement. Only a tiny, tiny fraction arrived by small boat Labour have however let in 35,000 illegal immigrants over the channel (30% more than the same period a year previously) Disingenuous charlatan

Chris Philp MP

25,261 次观看 • 1 年前

ELON: OPTIMUS NEEDS 10X MORE TRAINING COMPUTE THAN THE CAR “The training needs for the Optimus humanoid robot are probably at least 10x what's needed for the car to get to the full range of useful roles. The humanoid robot has probably a thousand times more uses and can do more complex things than a car. That doesn't mean the training scales by a thousand, but it's probably 10x. You can do this progressively. It doesn't mean Tesla is going to spend $500 billion on training compute. We obviously want to train Optimus to do enough tasks to match the output of Optimus robots. And obviously, the cost of training is dropping dramatically with time. I think long-term Optimus the potential to be north of $10 trillion in revenue. It's really bananas. You can obviously afford a lot of training compute in that situation. In fact, even $500 billion in training compute in that situation would be quite a good deal.” Source: Tesla Q4 and full year 2024 Financial Results Webcast, January 29, 2025

ELON: OPTIMUS NEEDS 10X MORE TRAINING COMPUTE THAN THE CAR “The training needs for the Optimus humanoid robot are probably at least 10x what's needed for the car to get to the full range of useful roles. The humanoid robot has probably a thousand times more uses and can do more complex things than a car. That doesn't mean the training scales by a thousand, but it's probably 10x. You can do this progressively. It doesn't mean Tesla is going to spend $500 billion on training compute. We obviously want to train Optimus to do enough tasks to match the output of Optimus robots. And obviously, the cost of training is dropping dramatically with time. I think long-term Optimus the potential to be north of $10 trillion in revenue. It's really bananas. You can obviously afford a lot of training compute in that situation. In fact, even $500 billion in training compute in that situation would be quite a good deal.” Source: Tesla Q4 and full year 2024 Financial Results Webcast, January 29, 2025

Mario Nawfal

83,001 次观看 • 1 年前

Build robots for a better future! 🚜 The farm-ng Amiga is more than just a farm robot — it’s an open-source development platform for agricultural innovation. Developers can easily build on top of its modular design, and developer-friendly SDK. Let's review other projects that were based on the Amiga robot! → At the Alcorn State University researchers developed a robot that uses UVC light to kill crops, pests, and diseases instead of chemical pesticides. It moves through crop rows using GPS and sensors to apply light precisely without harming plants. Such a cool one! → Another great project at Carnegie Mellon University, where they have developed a robot that plants trees automatically using a three-step process—digging, placing seedlings, and tamping the soil. It uses AI and sensors to navigate and ensure successful planting. → Last but not least, at Penn State University they created a weed-removing robot. This robot detects and removes weeds in high-tunnel farms. It uses cameras to map weed locations and applies precise herbicide amounts. This reduces chemical use, and labor, and improves crop management. As you can see, potential applications in agriculture are plentiful. I encourage you - let's build robots for better and more sustainable farms! Developers unite and build together!

Build robots for a better future! 🚜 The farm-ng Amiga is more than just a farm robot — it’s an open-source development platform for agricultural innovation. Developers can easily build on top of its modular design, and developer-friendly SDK. Let's review other projects that were based on the Amiga robot! → At the Alcorn State University researchers developed a robot that uses UVC light to kill crops, pests, and diseases instead of chemical pesticides. It moves through crop rows using GPS and sensors to apply light precisely without harming plants. Such a cool one! → Another great project at Carnegie Mellon University, where they have developed a robot that plants trees automatically using a three-step process—digging, placing seedlings, and tamping the soil. It uses AI and sensors to navigate and ensure successful planting. → Last but not least, at Penn State University they created a weed-removing robot. This robot detects and removes weeds in high-tunnel farms. It uses cameras to map weed locations and applies precise herbicide amounts. This reduces chemical use, and labor, and improves crop management. As you can see, potential applications in agriculture are plentiful. I encourage you - let's build robots for better and more sustainable farms! Developers unite and build together!

Lukas Ziegler

43,141 次观看 • 11 个月前

Researchers at Caltech have built a bipedal robot that combines walking with flying to create a new type of locomotion, making it exceptionally nimble and capable of complex movements. Part walking robot, part flying drone, LEONARDO (short for LEgs ONboARD drOne, or LEO for short) can walk a slackline, hop, and even ride a skateboard. Developed by a team at Caltech's Center for Autonomous Systems and Technologies (CAST), LEO is the first robot that uses multi-joint legs and propeller-based thrusters to achieve a fine degree of control over its balance. Video Credit: Caltech #robots #robotics #engineering #caltech -------------------------------- Stay ahead of the curve! Follow us now on our WhatsApp ( and Telegram ( channels and stay updated about the cutting edge.

Researchers at Caltech have built a bipedal robot that combines walking with flying to create a new type of locomotion, making it exceptionally nimble and capable of complex movements. Part walking robot, part flying drone, LEONARDO (short for LEgs ONboARD drOne, or LEO for short) can walk a slackline, hop, and even ride a skateboard. Developed by a team at Caltech's Center for Autonomous Systems and Technologies (CAST), LEO is the first robot that uses multi-joint legs and propeller-based thrusters to achieve a fine degree of control over its balance. Video Credit: Caltech #robots #robotics #engineering #caltech -------------------------------- Stay ahead of the curve! Follow us now on our WhatsApp ( and Telegram ( channels and stay updated about the cutting edge.

Wevolver

20,029 次观看 • 1 年前

Dax Robotics just unveiled Qiji T1000 — a ton-class robot horse built to carry 1,000 kg / 2,205 lb. 🐎🤖 Dax calls it the world’s first ton-class heavy-load robot horse. The other number is the one that really got me: over 2,000 N·m of joint torque. That is not the usual “robot dog with a backpack” category. Qiji T1000 is being positioned for heavy-load field work: security patrols, emergency rescue, construction sites, industrial logistics. The reported terrain list is exactly where wheels struggle: snow, ice, steep slopes, mountain paths, broken ground. And the use cases are not cute. Carrying supplies on high-altitude patrol routes. Moving rescue gear into fire-risk zones. Hauling steel, cement, tools, and equipment where large vehicles can’t reach. Dax also says the system can run for 1-2 days with its high-voltage power setup. The key point is simple: This is not about making quadrupeds more entertaining. It is about pushing legged robots into real heavy-duty labor — where payload, torque, terrain, and endurance actually matter. Qiji T1000 is a machine horse in the most literal sense. Built less to perform. Built more to carry.

Dax Robotics just unveiled Qiji T1000 — a ton-class robot horse built to carry 1,000 kg / 2,205 lb. 🐎🤖 Dax calls it the world’s first ton-class heavy-load robot horse. The other number is the one that really got me: over 2,000 N·m of joint torque. That is not the usual “robot dog with a backpack” category. Qiji T1000 is being positioned for heavy-load field work: security patrols, emergency rescue, construction sites, industrial logistics. The reported terrain list is exactly where wheels struggle: snow, ice, steep slopes, mountain paths, broken ground. And the use cases are not cute. Carrying supplies on high-altitude patrol routes. Moving rescue gear into fire-risk zones. Hauling steel, cement, tools, and equipment where large vehicles can’t reach. Dax also says the system can run for 1-2 days with its high-voltage power setup. The key point is simple: This is not about making quadrupeds more entertaining. It is about pushing legged robots into real heavy-duty labor — where payload, torque, terrain, and endurance actually matter. Qiji T1000 is a machine horse in the most literal sense. Built less to perform. Built more to carry.

RoboHub🤖

120,983 次观看 • 1 个月前