The Legonardo Robot Can Draw and Fashionably Pull Off a Red Sweater
Andrew Sztein — February 28, 2013 — Tech
References: badassdigest & laughingsquid
When Daniele Bendettelli came up with the idea of an autonomous drawing machine, the Legonardo robot was born.
Made entirely out of LEGO, the Legonardo robot was inspired by the 18th-century creations of Swiss inventors Pierre Jaquet-Droz and Henri Maillardet. The two Swiss inventors designed several automated (but more mechanical, less electrical) drawing machines called automata.
In case you're worried about Legonardo becoming self-aware and going on a drawing rampage that threatens all of mankind, have no fear. The Legonardo robot is fully controlled by Bendettelli's laptop software. The drawings that Legonardo produces are pre-programmed using the same software. Beyond his very cool drawing abilities, Legonardo also manages to pull off spectacles and a red sweater like it's nobody's business.
Made entirely out of LEGO, the Legonardo robot was inspired by the 18th-century creations of Swiss inventors Pierre Jaquet-Droz and Henri Maillardet. The two Swiss inventors designed several automated (but more mechanical, less electrical) drawing machines called automata.
In case you're worried about Legonardo becoming self-aware and going on a drawing rampage that threatens all of mankind, have no fear. The Legonardo robot is fully controlled by Bendettelli's laptop software. The drawings that Legonardo produces are pre-programmed using the same software. Beyond his very cool drawing abilities, Legonardo also manages to pull off spectacles and a red sweater like it's nobody's business.
Trend Themes
1. Autonomous Drawing Machines - The rise of autonomous drawing machines presents disruptive innovation opportunities in the fields of art and design.
2. LEGO Robotics - The integration of LEGO in robotics technology opens up disruptive innovation opportunities in the field of educational toys and STEM education.
3. Automata Resurgence - The resurgence of automata-inspired creations offers disruptive innovation opportunities in the realm of mechanical and interactive sculptures.
Industry Implications
1. Art and Design - The integration of autonomous drawing machines in the art and design industry can revolutionize the creation process and push the boundaries of artistic expression.
2. Education - The use of LEGO robotics as a teaching tool can disrupt the education industry by providing an engaging and hands-on approach to learning STEM subjects.
3. Fine Arts and Sculpture - The development of automata-inspired sculptures can introduce disruptive innovations in the fine arts industry, combining traditional craftsmanship with interactive technology.
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