3D Printed Robot Can Jump 20x Its Own Height!

An evolutionary trend is beginning to develop as traditional ways of manufacturing are being replaced by the world of 3D printing. From Guns to toys, the notion of being able to physically build a product in your own home as many appeals. But when we think of this process, we think of small basic objects, well a new development has managed to design the first 3D printed robot.

A team at Harvard University in the US has “experimented with the idea of an autonomous robot which transitions from a rigid body to a soft one which can jump”. This robot is powered by a mix of butane and oxygen and it can jump more than 20 times its own height with the aim of then landing upright and not in pieces.

The design of this machine features a custom circuit board, a high voltage power source, a battery, an air compressor, butane fuel cells, six valves, an oxygen cartridge, and a pressure regulator and ducts to move the gas around. In order for the robot to jump, the mechanism is for it to inflate one or more of its legs, with the aim of pointing the body in the direction which it wants to move. The body is then filled with Oxygen and Butane and then it sort of, well, ignites itself. By doing this the robot expands the robot before propelling it into the air.

This is certainly a design which could open the door for 3D printed robots in the future, just imagine entering your living room, switching on your printer and building your own robot army. Or not as the case may be.  OK, not the two-footed, 8 feet tall Terminator Robots, but still Robots.

Thank You RT for providing us with this information