Mike Sienna Creates a Working WALL-E Robot
Romina S. Cortellucci — August 6, 2012 — Tech
References: sennaswalle.blogspot & slashfilm
After two years, California resident and computer programmer Mike Senna created a real-life recreation of the Pixar WALL-E Robot. In 2003, Senna had designed a working real-life Star Wars R2-D2 and after visiting the incredible reactions the robot got from children at the City of Hope hospital in California, Senna decided to take on another robot. This time around he decided to make WALL-E from the heartwarming 2008 Pixar film.
Spending over 3,800 hours of work the robot is an exact replica of the animated film version from scratch. WALL-E is able to move around as it waves at people and turns its head. This robotic WALL-E can even say its name.
Spending over 3,800 hours of work the robot is an exact replica of the animated film version from scratch. WALL-E is able to move around as it waves at people and turns its head. This robotic WALL-E can even say its name.
Trend Themes
1. Real-life Animated Characters - Creating real-life replicas of beloved animated characters presents opportunities for immersive experiences and nostalgia-driven marketing campaigns.
2. Robotics in Healthcare - Introducing interactive robots in healthcare settings can enhance patient experience and provide entertainment and companionship during recovery.
3. Translating Fictional Robots Into Reality - Bringing fictional robots to life through robotics engineering showcases the potential for merging imagination and technology in innovative ways.
Industry Implications
1. Entertainment and Media - Creating real-life versions of animated characters opens up opportunities for cross-promotion and merchandising within the entertainment industry.
2. Healthcare - Integrating interactive robots like WALL-E in healthcare facilities may revolutionize patient care and emotional support.
3. Robotics and Engineering - Translating fictional robot designs into functional working robots fuels advancements and experimentation in the field of robotics.
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