From Superinnovators 07/11/23. This article is in TLDR (Too Long Didn’t Read) format which is popular in the innovation community and provides a bullet summary of information.
- Introducing Mori3: Researchers at the Swiss Federal Institute of Technology in Lausanne (EPFL) have developed Mori3, a novel shape-shifting robot designed to assist in space missions. Mori3 (modular origami robot 3) aims to address the complexities and constraints associated with robotic movement in the microgravity environment of space.
- Shape-shifting mechanics: Mori3 operates on a unique mechanism that allows it to change its shape from a flat surface to a three-dimensional polygon, enabling it to roll and move in different directions without the need for wheels or legs, which are less effective in space.
- Origami-inspired design: The robot’s design is inspired by origami and is made from a series of rigid panels connected by hinges. It can fold and unfold in response to thermal actuation, which is the application of heat to trigger movement.
- Versatile functionality: The shape-shifting capability of Mori3 is not just for locomotion; it also allows the robot to perform tasks such as enveloping objects or forming a temporary barrier. This versatility is particularly useful for repair work or assembly tasks in space, where adaptability is crucial.
- Compact and efficient: The development team has focused on creating a lightweight and compact form that can be easily transported to space. Once deployed, Mori3 can navigate the challenging environment of a spacecraft or space station, where traditional robots may struggle.
- Beyond space: The potential applications of Mori3 extend beyond space missions. The technology could be adapted for use in search and rescue operations, where it could move through debris or confined spaces that are inaccessible to humans or conventional robots.
- Advancing space robotics: The innovation has garnered attention for its potential to revolutionise how robots can be used in space exploration. The team at EPFL continues to refine the design and functionality of Mori3, with the aim of enhancing its performance and reliability for future space missions.
