This New Way of Making Robots is Wild

This startup just worked out how to weave robotic parts rather than bolting them together. And it means that they can cut production times from weeks to just minutes. Most advanced robotics are assembled from hundreds of tiny parts, a bottleneck that makes robots slow to build, expensive to customize, and hard to scale. However, a Hungarian US robotics startup company called Alonic is threading a different path. Their 3D tissue braiding method lets them make lightweight structural cores, effectively the robot's bones, and automate a braiding method to weave multiple materials with different properties together around this core in a single continuous process. Rather than connecting sections of bone together with mechanical hinges, the team uses high strength structural fibers to provide loadbearing joint stiffness. The team also creates built-in tendons using high tensile cables directly integrated into the structure during fabrication. These tendons can be contracted by motors located deeper in the structure. By adjusting the braid angle and using elastic fibers, they can control the degrees of freedom and angle that the joint can move through, recreating how human tissue supports and limits motion in our own joints. They can also include things like pressure sensors or conductive elements to allow sensing and signal transmission through the part of the body itself. As a result, they produce a single integrated structure strong where it needs to be and flexible where it should be with no assembly or tiny screws required. This is important because if robots going to leave the factory floor anytime soon and work along us, we need bodies that are cheap, adaptable, and easy to make, not handbuilt relics of an industrial era. If you like science and just realize that AI is now literally pulling the strings, follow for