This 20-foot Building Was Made With Flying Quadrocopter Robots
Katherinev123 — December 7, 2011 — Art & Design
References: raffaello.name & wired
Architecture made from a flying object? It's in the making, thanks to roboticist Raffaello D'Andrea and architects Fabio Gramazio and Matthias Kohle. Their project consists of four autonomous, quadrocopter robots that can assemble big buildings by lifting and placing bricks.
Programmed to work as a team, the four quadrocopter robots are made with a motion-tracking system and grapplers on their undersides, allowing them to navigate around each other and other objects as well as pick up the bricks and move them to the correct spots. Only two robots work at any given time, and because they operate on batteries, when their power runs out, the two quadrocopter robots just go to a charging station and are replaced by the other two robots. In the video here, you'll see how the quadrocopter robots have used 1,500 foam bricks to create a 20-foot tower.
Programmed to work as a team, the four quadrocopter robots are made with a motion-tracking system and grapplers on their undersides, allowing them to navigate around each other and other objects as well as pick up the bricks and move them to the correct spots. Only two robots work at any given time, and because they operate on batteries, when their power runs out, the two quadrocopter robots just go to a charging station and are replaced by the other two robots. In the video here, you'll see how the quadrocopter robots have used 1,500 foam bricks to create a 20-foot tower.
Trend Themes
1. Autonomous Construction - Robotic quadrocopter robots are revolutionizing the construction industry by autonomously assembling buildings.
2. Motion-tracking Technology - The use of motion-tracking systems is transforming the way robots navigate and interact with their surroundings.
3. Battery-powered Robotics - Battery-powered quadrocopter robots are paving the way for more efficient and sustainable robotic applications.
Industry Implications
1. Construction - The construction industry has the potential to benefit from autonomous robotic systems that can streamline and expedite the building process.
2. Robotics - The robotics industry can capitalize on the development of motion-tracking technology and autonomous construction capabilities.
3. Renewable Energy - Battery-powered robots have implications beyond construction, offering opportunities for advancements in renewable and sustainable energy sources.
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