The new 3D-printed robots have no electricity. They use pneumatic chips to control their movements. Those robots can operate in high-power nuclear radiation. Those pneumatic microchips or "pressure computers" are tools that are also immune to the ECM systems.
So, they can also have their place in the military world. The difference between those non-electric robots and other robots is that. The 3D printer can make those robots on the desk.
All robots are not like Atlas. Atlas is a very complicated version of robots. The other versions are cheap and easy-to-produce robots that involve maybe only one sensor. Or the outside operator can control those robots. Using remote control. If there are only a few actions that the robot must make.
Remotely controlled robots must be at the right point. After the controller finds the right place. The robot gets the order to begin that operation.
That means those robots have only two movements. The travel mode can be swimming in a certain direction. When the robot is at the right point, the system can start to make things like clean water. That can happen by pumping water through active carbon filters and UV lights. Those robots that can clean swimming pools or some other things can be simple small submarines. There are tube, filter, and pumping systems that can remove garbage and chemicals from the swimming pools.
The idea is that those robots are easy to make using 3D printers. New, cheap pocket-sized PCs can operate as their central units.
The 3D printer can make any kind of robot. And robot parts. The system requires only CAD images that it can turn into physical systems using 3D printers.
So those systems can use Rasberry computers as central units. They can make complicated missions. The same robot that can clean swimming pools can also collect samples from things like underground lakes and rivers.
https://interestingengineering.com/innovation/us-team-makes-3d-printed-robot
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