Discover how the Archimedes Drive ensures high accuracy with stiffness and precise movements with true zero backlash for optimal robot performance.
Exploring different strategies to keep a humanoid balance: 1 Static Balance 2 Dynamic Balance. Read about Methods, Advantafe disadvantages of each methods.
Humanoid robots are poised to revolutionize a multitude of industries, from manufacturing to healthcare, but their integration is not without challenges.
Conclude our series with a deep dive into the Archimedes Drive, a pivotal technology for humanoid joints. Focuses on the technical hardware solutions for setting new standards for robotic functionality—click to read now!
Continue your journey through humanoid joint innovation in Part 2 of our series: arms and necks. Covering aspects from payload management to precision and speed. Click for detailed insights!
Dive into the world of humanoid robotics with our first article in the series, exploring the complex challenges of leg joints: balance, payload capacity, and actuator design. Click to learn about groundbreaking solutions!
Each humanoid joint is different however some key measure metrics are recommended to test. Read to know which measures to test in priority.
What are the technical challenges mechatronics engineers face in humanoid construction and which solutions are possible? Dive into the topic with us!
