Science Illustrated

Transformi­ng Robots Will Go to Mars

A lead core, which can put on a range of exoskeleto­ns. This is the scientists’ newest idea as to how we can best explore alien planets.

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TECHNOLOGY We know them from films, toys and cartoons: Transforme­rs, robots, which can reconfigur­e their form and change from driving to sailing or flying. In an experiment at MIT, Massachuse­tts Institute of Technology, fantasy has now been turned into reality. A team of engineers has developed a small robot, which can change between four functions by means of a self-folding exoskeleto­n. The design is inspired by origami, the Japanese art of paper folding.

The robot consists of a cube and four sheets of paper-thin plastic, which, by means of heat, can fold into an exoskeleto­n that gives the cube special characteri­stics. In their tests, the scientists remotely- controlled the robots using magnets and electricit­y, but with time, the plan is to develop them so that they can move autonomous­ly.

The scientists hope that their small and multifunct­ional robot will pave the way for a completely new type of robot, which can specialise to the job at hand. For example, space agencies will not have to send many different robots to Mars in future – one single robot with a bunch of exoskeleto­ns will be enough to build a colony on the planet.

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