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The latest developments in the world of mobile robotics and autonomy, explained.

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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?
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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

173,764 views • 1 year ago

The world’s first industrial superhumanoid robot? Dexterity has released Mech - a superhumanoid, powered by Physical AI, to operate in complex, unstructured environments across industrial sites. Unlike traditional robots, Mech moves with the skill of a human but has the strength and stamina of a machine, making it a powerful tool for tough industrial jobs. As industries push for greater efficiency and safety, could superhumanoids like Mech redefine the future of industrial work?
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The world’s first industrial superhumanoid robot? Dexterity has released Mech - a superhumanoid, powered by Physical AI, to operate in complex, unstructured environments across industrial sites. Unlike traditional robots, Mech moves with the skill of a human but has the strength and stamina of a machine, making it a powerful tool for tough industrial jobs. As industries push for greater efficiency and safety, could superhumanoids like Mech redefine the future of industrial work?

Circuit

85,351 views • 1 year ago

Researchers at Fraunhofer IML have developed evoBOT, a new type of autonomous mobile robot. Designed for logistics, the modular system is capable of tasks like gripping, passing, and turning objects at variable heights, offering potential applications in both industrial and urban settings. Built on an inverted pendulum design, evoBOT® maintains balance even on uneven or inclined surfaces, making it adaptable to a variety of environments. Its compact footprint and approachable design aim to facilitate interaction and collaboration with humans, broadening its use beyond traditional transport roles. What do you think of evoBOT? Let us know in the comments below ⬇️
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Researchers at Fraunhofer IML have developed evoBOT, a new type of autonomous mobile robot. Designed for logistics, the modular system is capable of tasks like gripping, passing, and turning objects at variable heights, offering potential applications in both industrial and urban settings. Built on an inverted pendulum design, evoBOT® maintains balance even on uneven or inclined surfaces, making it adaptable to a variety of environments. Its compact footprint and approachable design aim to facilitate interaction and collaboration with humans, broadening its use beyond traditional transport roles. What do you think of evoBOT? Let us know in the comments below ⬇️

Circuit

47,605 views • 1 year ago

From Laptops to Robots. Lenovo has released Daystar - a six-legged hexapod robot designed for industrial, research, and educational use. The robot comes with advanced sensors for obstacle detection and environmental mapping. Its modular design also supports custom sensor attachments and programming, enabling it to adapt to tasks like inspections, surveillance, and robotics research.
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From Laptops to Robots. Lenovo has released Daystar - a six-legged hexapod robot designed for industrial, research, and educational use. The robot comes with advanced sensors for obstacle detection and environmental mapping. Its modular design also supports custom sensor attachments and programming, enabling it to adapt to tasks like inspections, surveillance, and robotics research.

Circuit

39,376 views • 1 year ago

Energy efficient morphing drones inspired by birds. A new control system for avian-inspired drones developed at EPFL is taking adaptive flight to the next level. Designed with morphing wings and tails, these drones offer exceptional agility and energy efficiency, mimicking the dynamics of bird flight. The system leverages all available actuators to maintain stability—even in turbulent air or with partial system failures—making it incredibly resilient. Using in-flight optimization, the drones improve energy efficiency by up to 11.5% at speeds of 8, 10, and 12 m/s. This tech could reshape autonomous drone operations, from navigating diverse wind conditions to maximizing energy conservation.
1:04
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Energy efficient morphing drones inspired by birds. A new control system for avian-inspired drones developed at EPFL is taking adaptive flight to the next level. Designed with morphing wings and tails, these drones offer exceptional agility and energy efficiency, mimicking the dynamics of bird flight. The system leverages all available actuators to maintain stability—even in turbulent air or with partial system failures—making it incredibly resilient. Using in-flight optimization, the drones improve energy efficiency by up to 11.5% at speeds of 8, 10, and 12 m/s. This tech could reshape autonomous drone operations, from navigating diverse wind conditions to maximizing energy conservation.

Circuit

25,671 views • 1 year ago

Humanoid Long Jump. The G1 humanoid from Unitree Robotics has completed a long jump of 1.4 meters - possibly the longest jump ever achieved by a humanoid robot of its size in the world, standing only 1.32 meters tall. The G1 has up to 43 joint motors and a dexterous three-fingered hand, designed for precise manipulation and AI research. Priced from $16,000, it features robust Sim2Real capabilities, making it a compelling choice for robotics developers.
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Humanoid Long Jump. The G1 humanoid from Unitree Robotics has completed a long jump of 1.4 meters - possibly the longest jump ever achieved by a humanoid robot of its size in the world, standing only 1.32 meters tall. The G1 has up to 43 joint motors and a dexterous three-fingered hand, designed for precise manipulation and AI research. Priced from $16,000, it features robust Sim2Real capabilities, making it a compelling choice for robotics developers.

Circuit

26,485 views • 1 year ago

This robodog aims to remove humans from hazardous work environments The Robot Teleoperativo 2 project out of the Dynamic Legged Systems lab has developed an advanced teleoperation system designed to operate in high-risk environments, minimizing dangers to human workers. By integrating cutting-edge technologies in tele-locomotion, tele-manipulation, and remote human-robot interaction, the system enables precise, dual-arm control for complex tasks in hazardous conditions.
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This robodog aims to remove humans from hazardous work environments The Robot Teleoperativo 2 project out of the Dynamic Legged Systems lab has developed an advanced teleoperation system designed to operate in high-risk environments, minimizing dangers to human workers. By integrating cutting-edge technologies in tele-locomotion, tele-manipulation, and remote human-robot interaction, the system enables precise, dual-arm control for complex tasks in hazardous conditions.

Circuit

22,827 views • 1 year ago

How robots are learning human skills, like knitting. What if robots could take on tasks requiring human-level dexterity, like knitting, decorating cakes, or installing drill bits? Acumino’s 2024 showreel demonstrates exactly that. These AI-powered robots are designed to handle intricate tasks with precision, opening up new possibilities for industries and everyday applications. Why does it matter? Acumino’s technology showcases how robots can go beyond repetitive jobs to tackle tasks that require delicate, humanlike movements—potentially transforming fields like manufacturing, food preparation, and even home services.
0:52
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How robots are learning human skills, like knitting. What if robots could take on tasks requiring human-level dexterity, like knitting, decorating cakes, or installing drill bits? Acumino’s 2024 showreel demonstrates exactly that. These AI-powered robots are designed to handle intricate tasks with precision, opening up new possibilities for industries and everyday applications. Why does it matter? Acumino’s technology showcases how robots can go beyond repetitive jobs to tackle tasks that require delicate, humanlike movements—potentially transforming fields like manufacturing, food preparation, and even home services.

Circuit

23,226 views • 1 year ago

The quadruped you can assemble yourself. Stella is an educational quadruped robot developed by Ahead. Designed for hands-on learning and self-assembly, the robot uses durable 3D-printed components. Ideal for all education levels, it is easy to repair, infinitely extendable, and equipped with advanced hardware and software. Despite its compact design, Stella is versatile, capable of operating in various environments and even carrying payloads like an optional robotic arm. A powerful tool for exploring robotics.
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The quadruped you can assemble yourself. Stella is an educational quadruped robot developed by Ahead. Designed for hands-on learning and self-assembly, the robot uses durable 3D-printed components. Ideal for all education levels, it is easy to repair, infinitely extendable, and equipped with advanced hardware and software. Despite its compact design, Stella is versatile, capable of operating in various environments and even carrying payloads like an optional robotic arm. A powerful tool for exploring robotics.

Circuit

23,215 views • 1 year ago

Flapping-wing drones have been around for years... but the X-Fly Bionic Bird takes a different approach. Designed to mimic the motion of a real bird, it combines mechanical wing flapping with onboard stabilization for controlled flight. A six-axis gyro and G-sensors help counteract the vibrations caused by flapping, keeping it steady even in windy conditions. It has a 150-meter range, a replaceable battery for extended use, and a flexible frame designed to withstand crashes. Whether it’s a novelty or a step forward for bio-inspired flight remains to be seen!
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Flapping-wing drones have been around for years... but the X-Fly Bionic Bird takes a different approach. Designed to mimic the motion of a real bird, it combines mechanical wing flapping with onboard stabilization for controlled flight. A six-axis gyro and G-sensors help counteract the vibrations caused by flapping, keeping it steady even in windy conditions. It has a 150-meter range, a replaceable battery for extended use, and a flexible frame designed to withstand crashes. Whether it’s a novelty or a step forward for bio-inspired flight remains to be seen!

Circuit

19,378 views • 1 year ago

Meet the 3-in-1 biped robot, designed for researchers. LimX Dynamics has unveiled TRON 1, a multi-modal biped robot, offering three operational modes in one platform. Researchers can switch between point-foot, sole, and wheeled configurations for flexible all-terrain mobility. With an open SDK, Python-based R&D environment, and support for Sim2Real deployment, it's an impressive testbed for embodied intelligence research. Pre-orders are now open, with pricing starting at $15,000.
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Meet the 3-in-1 biped robot, designed for researchers. LimX Dynamics has unveiled TRON 1, a multi-modal biped robot, offering three operational modes in one platform. Researchers can switch between point-foot, sole, and wheeled configurations for flexible all-terrain mobility. With an open SDK, Python-based R&D environment, and support for Sim2Real deployment, it's an impressive testbed for embodied intelligence research. Pre-orders are now open, with pricing starting at $15,000.

Circuit

23,036 views • 1 year ago

Meet SPIDAR: a unique quadruped robot that blurs the lines between walking and flying. Developed with vectorable thrust control at its core, SPIDAR integrates rotors into each limb, enabling it to crawl, walk, and take off—sometimes all at once. This latest research from Moju Zhao explores a new control framework that: - Minimizes aerodynamic interference in flight - Enables synchronized leg-lifting for unique crawling gaits - Supports complex terrestrial/aerial transitions Watch the footage and see how dynamic multi-modal locomotion is evolving beyond the lab.
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Meet SPIDAR: a unique quadruped robot that blurs the lines between walking and flying. Developed with vectorable thrust control at its core, SPIDAR integrates rotors into each limb, enabling it to crawl, walk, and take off—sometimes all at once. This latest research from Moju Zhao explores a new control framework that: - Minimizes aerodynamic interference in flight - Enables synchronized leg-lifting for unique crawling gaits - Supports complex terrestrial/aerial transitions Watch the footage and see how dynamic multi-modal locomotion is evolving beyond the lab.

Circuit

15,776 views • 1 year ago

Running legged robots with AI. Today we met @swiss_mile, the team connecting AI with the physical world using autonomous machines. An ideal mobile robot needs to move quickly, overcoming obstacles while carrying heavy loads—something current robots still struggle with. Many robots haven't been widely adopted due to issues with real-world problem-solving. To address this, the Swiss-mile team have created a solution that combines robots with wheels and legs, powered by advanced AI. These robots can walk, drive, stand, open doors, and even handle packages. By integrating these features, the team are on a mission to push automation forward beyond stationary robotic arms and have raised $22m in Seed Funding from Jeff Bezos, HongShan, Amazon Industrial Innovation Fund and Armada Investment to do so.
0:52
circuitrobotics's profile picture

Running legged robots with AI. Today we met @swiss_mile, the team connecting AI with the physical world using autonomous machines. An ideal mobile robot needs to move quickly, overcoming obstacles while carrying heavy loads—something current robots still struggle with. Many robots haven't been widely adopted due to issues with real-world problem-solving. To address this, the Swiss-mile team have created a solution that combines robots with wheels and legs, powered by advanced AI. These robots can walk, drive, stand, open doors, and even handle packages. By integrating these features, the team are on a mission to push automation forward beyond stationary robotic arms and have raised $22m in Seed Funding from Jeff Bezos, HongShan, Amazon Industrial Innovation Fund and Armada Investment to do so.

Circuit

17,846 views • 1 year ago

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.
1:20
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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

11,782 views • 1 year ago

Robots Using Their Feet to Manipulate Objects ETH Zurich researchers have advanced "pedipulation," where legged robots use their feet for manipulation instead of robotic arms. Their new approach trains robots to navigate and manipulate objects while avoiding static and dynamic obstacles. Tested on the ANYmal quadruped, the method enables precise foot control in complex, unseen environments after minimal training in simulation. Will this research open up new possibilities for efficient, obstacle-aware robot manipulation?
1:04
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Robots Using Their Feet to Manipulate Objects ETH Zurich researchers have advanced "pedipulation," where legged robots use their feet for manipulation instead of robotic arms. Their new approach trains robots to navigate and manipulate objects while avoiding static and dynamic obstacles. Tested on the ANYmal quadruped, the method enables precise foot control in complex, unseen environments after minimal training in simulation. Will this research open up new possibilities for efficient, obstacle-aware robot manipulation?

Circuit

11,802 views • 1 year ago