HRP2

Riding the Clockwork Elephant Through Nantes, France

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Update NOTE!! I've made MiniPlan V6 - Mason : https://www.thingiverse.com/thing:2138930MiniPlan - Robot Fun: https://www.facebook.com/miniPlanro

Welcome to the extraordinary world of Artificial Intelligence (AI) where science fiction becomes reality! 🚀🤖 In this mind-blowing TikTok video, we delve into the realm of AI, uncovering its immense potential and the transformative impact it has on our lives. 💡🌎 Join us on an exhilarating journey as we demystify AI and witness its groundbreaking applications across diverse fields.

Marx Electric Robot and Son "Blue"

Agility Robotics, maker of the Cassie bipedal robot, raised $8 million in Series A funding to continue its development of legged robots. Agility co-founder and CEO Damion Shelton will deliver a keynote at the Robotics Summit and Showcase in Boston on May 23.

Here is another educational robot for kids and adults. The XIAO R robot can walk and shoot balls. It is driven by a STM32 Board board. It is powered by a

The 11-tonne mechanical creature was created by German firm Zollner Elektronik AG to take part in a folk play.

The development of functional legged robots has encountered its limits in human-made actuation technology. This paper describes research on the biomimetic design of legs for agile quadrupeds. A biomimetic leg concept that extracts key principles from horse legs which are responsible for the agile and powerful locomotion of these animals is presented. The proposed biomimetic leg model defines the effective leg length, leg kinematics, limb mass distribution, actuator power, and elastic energy recovery as determinants of agile locomotion, and values for these five key elements are given. The transfer of the extracted principles to technological instantiations is analyzed in detail, considering the availability of current materials, structures and actuators. A real leg prototype has been developed following the biomimetic leg concept proposed. The actuation system is based on the hybrid use of series elasticity and magneto-rheological dampers which provides variable compliance for natural motion. From the experimental evaluation of this prototype, conclusions on the current technological barriers to achieve real functional legged robots to walk dynamically in agile locomotion are presented.

Eyes in the eyes with robot FEDOR

Robo