Remote-controlled robots can make a new way to make research and military operations.
New kind of drones can operate as well as in the airborne, on the ground and undersea. But the ability to fly and dive at the same time allows using those systems also in the ponds, where is no access from the ocean. The ability to fly makes possible to reach areas, where are multiple ponds for searching the waste, like batteries what might be dropped to those ponds as well as observing the closed ecosystem. and searching swamping.
They can save all their missions to the Internet, and that makes them the ultimate tools for many operations. Those robots can also look for illegal hunting. The remote control systems can operate over the Internet by using normal laptop computers or even mobile solutions like tablets.
The same control systems that are used as game control can also control the underwater submarines and drones, what can operate as well as airborne and at underwater conditions. Those systems can set in the garage, at their operational area. That drone can load itself autonomously and it would be a very sophisticated tool for scientific and military operations, and they can be used for attack and surveillance operations.
Those drones can be delivered from airborne or even by satellites. If we think the drone what has a ball-shaped instrument locker, and what would use its propellers as well as airborne and underwater conditions, we might think that those drones would be very useful in many missions.
If we think the remote usage of those drones, they can be equipped with very small Cork-shaped data communication tool, what would have the communication equipment in them. That system can communicate with the drone by using an underwater modem, and that system is the modified version of the underwater telephones, what is used in nuclear submarines.
The drone can operate by using satellite communication when it's on airborne. So it needs that Cork only when it's underwater. When the drone would change the location, it can catch the communication Cork with it, and that makes this solution multi-use, and it also denies the carbage from the natural environment.
When we are thinking about the military systems, the ballistic missile or rocket can transport the automatized version of the miniature submarine to the operational area. That system would be equipped with torpedos and that automatized robot would attack against other submarines. Also, torpedoes could send for destroying or at least attack against the nuclear submarines if they are located.
https://www.youtube.com/watch?v=FC9EJhs0pc0
New kind of drones can operate as well as in the airborne, on the ground and undersea. But the ability to fly and dive at the same time allows using those systems also in the ponds, where is no access from the ocean. The ability to fly makes possible to reach areas, where are multiple ponds for searching the waste, like batteries what might be dropped to those ponds as well as observing the closed ecosystem. and searching swamping.
They can save all their missions to the Internet, and that makes them the ultimate tools for many operations. Those robots can also look for illegal hunting. The remote control systems can operate over the Internet by using normal laptop computers or even mobile solutions like tablets.
The same control systems that are used as game control can also control the underwater submarines and drones, what can operate as well as airborne and at underwater conditions. Those systems can set in the garage, at their operational area. That drone can load itself autonomously and it would be a very sophisticated tool for scientific and military operations, and they can be used for attack and surveillance operations.
Those drones can be delivered from airborne or even by satellites. If we think the drone what has a ball-shaped instrument locker, and what would use its propellers as well as airborne and underwater conditions, we might think that those drones would be very useful in many missions.
If we think the remote usage of those drones, they can be equipped with very small Cork-shaped data communication tool, what would have the communication equipment in them. That system can communicate with the drone by using an underwater modem, and that system is the modified version of the underwater telephones, what is used in nuclear submarines.
The drone can operate by using satellite communication when it's on airborne. So it needs that Cork only when it's underwater. When the drone would change the location, it can catch the communication Cork with it, and that makes this solution multi-use, and it also denies the carbage from the natural environment.
When we are thinking about the military systems, the ballistic missile or rocket can transport the automatized version of the miniature submarine to the operational area. That system would be equipped with torpedos and that automatized robot would attack against other submarines. Also, torpedoes could send for destroying or at least attack against the nuclear submarines if they are located.
https://www.youtube.com/watch?v=FC9EJhs0pc0
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