The field of humanoid robotics is witnessing significant advancements with various applications being explored and developed. UBTECH Robotics' Walker X robot is designed for tasks such as smart SPS component sorting and intelligent aging testing in automated factory settings. Elephant Robotics has introduced the MercuryA1, a 7-DOF robotic arm with a 1kg payload, featuring a carbon fiber shell and equipped with harmonic drive modules, CM4Stack control, and a 2.0-inch touchscreen. It also offers no-code app deployment through myPanel. Tesla is also contributing to the next generation of humanoid robots, aiming to create machines capable of performing various tasks and interacting with humans. Mercury humanoid robots X1 utilize NVIDIA's Jetson Xavier and Jetson Nano for main control modules, enabling VR control. Inspired by a nematode, researchers at Georgia Tech have developed a limbless robot that can crawl across diverse terrains using mechanical intelligence. A new machine learning framework is enabling robots to self-learn aspects of their structure and function. NASA-developed Valkyrie humanoid robot, engineered to operate in degraded human-engineered environments like disaster-hit areas, stands at 6 feet 2 inches tall and weighs 300 pounds. It is currently being tested at the Johnson Space Center in Houston. Additionally, humanoid robots are expected to play a larger role on Earth and potentially in space, with engineers believing that with the right software, they could use the same tools and methods as humans. The University of Utah has also developed a robot capable of clearing space junk, including discarded satellites, rockets, and debris.
Valkyrie, NASA's humanoid robot, is designed to operate in challenging environments, such as areas hit by natural disasters. But robots like her could also one day operate in space https://t.co/4EGFZ906B4 https://t.co/F2bYgVAYNw
NASA's humanoid robot Valkyrie, named after a female figure in Norse mythology and being tested at the Johnson Space Center in Houston, is designed to operate in 'degraded or damaged human-engineered environments,' like areas hit by natural disasters https://t.co/4EGFZ906B4 https://t.co/YjlWGreINq
Meet Valkyrie, NASA's humanoid robot. Standing at 6 feet 2 inches tall and weighing 300 pounds, Valkyrie cuts an imposing figure https://t.co/4EGFZ906B4 https://t.co/HzMJRxodR6
Drawing upon inspiration from a nematode, researchers have created a limbless robot that uses #MechanicalIntelligence to crawl across varied terrain and cluttered environments. @GeorgiaTech Learn more in Science #Robotics: https://t.co/oYDlok3zMR https://t.co/cnwR7vOfkZ
🌐#MercuryB1: A top-tier #humanoidrobot for advanced research. With proprietary control algorithms, it excels in dual-arm coordination, motion planning, visual perception, and various applications.🤖🔬 Explore more👉https://t.co/C5luWOqEwq #AI #STEM #MercurySeries https://t.co/uqVakJEXgN
Humanoid robots, like NASA-developed Valkyrie, are poised to play a greater role on Earth and beyond in future. Engineers believe with the right software, humanoid robots can function like humans by using the same tools, equipment and maneuvering methods https://t.co/4EGFZ906B4 https://t.co/YmOjSaecTH
A new machine learning framework enables robots to self-learn their morphology, kinematics, and topology. Learn more in @SciRobotics: https://t.co/M7xTzGFHxS https://t.co/5jyI7YPC5Q
🌟#MercuryA1: 7-DOF robotic arm, 1kg payload, Elephant Robotics' harmonic drive modules. Ultra-light #carbonfiber shell boosts strength. #CM4Stack control, 2.0-inch touchscreen, #myPanel for no-code app deployment. 🤖✨ Explore more👉https://t.co/kJj6E1juXl https://t.co/vGsYVuKQ8W
THE NEXT GENERATION OF TESLA’S HUMANOID ROBOT MAKES ITS DEBUT (Fox News) Tesla, the company known for its electric cars, solar panels and batteries, has also been working hard on developing humanoid robots that can perform various tasks and interact with humans. The company has… https://t.co/XOz1ocdQyA
The #humanoid #robot Walker X can be used for smart SPS component sorting and intelligent aging testing in automated factory settings, which is another innovative step forward in the exploration of the commercial applications of humanoid robots. Video source: @UBTECHRobotics https://t.co/fkv4GaMvEd
Researchers at the University of Utah have developed a robot that can clear space junk, such as discarded satellites, rockets, and debris https://t.co/MVuLsOsKcC
The following video showcases the #mercurya1 robot from @CobotMy , created using @BlenderOfficial. https://t.co/ockOirJEHJ
🤖✨ Explore endless possibilities by operating humanoid robots with VR! 🚀Mercury humanoid robots X1 employ the latest #NVIDIA #JetsonXavier and #JetsonNano as the main control modules to achieve #VR control. 🌐🕹️ Check it on 👉https://t.co/Cnddfr14aQ https://t.co/EKhs9gLJXu