A group of scientists and researchers working out of the University of Warsaw in Poland have developed a high-tech robotic caterpillar that is unique in that it draws on plentiful external light as its energy source.
This robotic caterpillar makes liberal use of special polymer materials that are influenced by changes in light and illumination, allowing them to be controlled by laser-directed light. This property allows the robot to maintain a soft structure, making it robustly durable in a wide range of environments. Measuring in at just over half an inch, this robot is capable of squeezing into extremely small and narrow spaces.
Not only is this robot eco-friendly, but its ability to combine a very small size with a soft structure means that it promises applications in a wide array of contexts ranging from heavy engineering to scientific exploration.
Key Themes Behind This Trend
- Soft Robotics
- Opportunities for developing soft robotics solutions that rely on external light as a power source.
- Eco-friendly Robotics
- Increasing demand for eco-friendly robotics solutions in various industries.
- Miniature Robotics
- Growth in the development of small-sized soft robots that can fit into narrow spaces.
Where This Applies
- Manufacturing Industry
- Disruptive innovation opportunity in manufacturing industry through the development of robots that are partly or entirely powered by solar energy.
- Exploration Industry
- Opportunities for the development of miniature soft robots to explore hard-to-reach places.
- Healthcare Industry
- Development of miniature soft robots for use in medical procedures and surgeries.
