NASA AREE (Automaton Rover for Extreme Environments)

 

NASA AREE (Automaton Rover for Extreme Environments)

NASA AREE (Automaton Rover for Extreme Environments) is the new solution for creating a rover, which can operate at the surface of the extremely hot places. AREE-automaton is a new idea to combine ancient techniques with modern computers. The AREE is the system, that is created to operate at the extreme conditions, and the first target to this kind of system could be planet Venus, and this shows, how fascinating tools the advanced mechanics will be. The AREE operates by using wind power, and that power source is effective in the thick atmosphere of that extremely hot planet. 

But the thing is that this kind of system can also operate in underwater conditions, which makes them effective intelligence systems. If we are thinking about the situation, that the automaton would combinate with the powerful artificial intelligence we can combine the benefits of the Automaton and machine learning. The system could operate by using a platform where the automaton rovers would be in the garage. 

Then the system can send those mechanic robots in their missions. The system can make the punchcards for the automaton by using a laser system. The laser system is necessary if the punchcard is made by using metals or carbon fiber, this thing would make them resist the high temperature and sulfur acid, what are common elements of the Planet Venus. 

That means when the system lands down, the mapping system would make the most promising road to automatons, and then the first automaton would leave from the platform. The automaton would transmit the data to the computer, and then if there is something promising, the system creates the punch card and puts it to the next automaton. 

There is also a very interesting thing, what makes mechanic robots interesting even today. If we are thinking about the automaton, what would use the series of gyroscopes for acting as autopilot, that thing makes it possible to make so-called "silent robot". That means there is no electric voice from that kind of machine. 

So if the intelligence submarine sends this kind of system to the harbor, it could make the film to the entire journey. And when the time is full, the system can start to use the gyroscopes and round calculators, which makes it possible to drive the system back to the beginning point. And then the mass memory of the camera can be transfer to the computer of the submarine. 

The thing is that this kind of system cannot affect from outside, and this makes it possible to use it in spy planes. If the spyplane operates above the altitude of Mt. Everest that means that it cannot hit anywhere. And if the plane shot down the self-destruction mechanism can destroy the vital parts of this system. When the spy plane would fly its mission, it can be controlled by a series of the inertial navigation system, and when it returns to base, the ground crew can land it by using a remote control. 

https://www.nasa.gov/feature/automaton-rover-for-extreme-environments-aree/

Image: https://www.nasa.gov/sites/default/files/thumbnails/image/niac_sauder_1.png