ALLONIC: Braided Robot Bodies Change Everything! скачать в хорошем качестве

ALLONIC: Braided Robot Bodies Change Everything!

🚨 Can braided robot bodies change how humanoids are built? In this exclusive episode of ‪@overthehorizon‬, I’m joined by Benedek Tasi, Founder and CEO of Allonic, alongside Scott Walter, Gustav Andersson, and Mehrdad Farimani, for a deep dive into one of the most original ideas now emerging in robotics. ‪@allonicrobotics‬ is not just building a robotic hand. It is developing a braiding-based manufacturing platform that could let engineers design and produce robotic structures in a radically different way, building tendons, ligaments, joints, and connective layers into the same process instead of assembling them piece by piece. Benedek argues that the real value is not just biomimicry, but scalability, lower cost, faster iteration, and a much more software-like path to building robotic hardware. We explore how Allonic’s approach draws from human anatomy, fascia, tendons, and ligaments to create soft, load-bearing, three-dimensional robotic structures. Benedek explains why braiding could unlock a more compliant, lightweight, compact, and human-friendly class of robots, especially in areas where safety, adaptability, and close interaction with people matter most. But this conversation does not stop at the big promise. Scott, Gustav, and Mehrdad push the discussion into the hard engineering questions: friction, tendon creep, nonlinear control, material trade-offs, durability, tactile sensing, manufacturability, and where this architecture may or may not outperform more traditional robotic systems. Benedek is clear that these are real challenges, while also arguing that braided structures give Allonic a much wider material and structural design space to work with. We also dig into the bigger question behind the hand itself: 📌 Is this really the start of a new way to build robot bodies? 📌 If Allonic is right, the future of robotics may involve far less bolted assembly and far more integrated, bio-inspired manufacturing. 🚨In this episode: 📌 Why Allonic believes braiding could become a new robotics manufacturing stack 📌 Why the hand is just one example, and the real product is the platform 📌 How braided structures could reduce assembly, cost, and iteration time 📌 Why compliance, warmth, and safety may matter more in consumer and medical robotics 📌 The technical challenges around friction, creep, and control 📌 Whether this architecture is better suited to human-interactive robots than ultra-precision industrial systems 📌 Why Allonic sees parallels with 3D printing, but for robotic structures with stricter technical demands If you’re interested in humanoid robots, robotic hands, prosthetics, embodied AI, soft robotics, advanced manufacturing, and the future of bio-inspired machine design, this is a conversation worth watching closely. Subscribe to Over The Horizon for more deep-dive conversations on AI, robotics, space, defence tech, and the systems shaping the future. #Allonic #HumanoidRobots #Robotics #RobotHands #SoftRobotics #Prosthetics #EmbodiedAI #AdvancedManufacturing #BioInspiredRobotics #OverTheHorizon #overthehorizonpodcast