I propose building a mechanical manta ray as an unmanned underwater vehicle, UUV. The blanket will have air tanks inside of its wings and a sound device, which will also operate a sonar and an ELF communication system. Air tanks tanks will be flexible rubber type with a variety of gases which when hit with a directional sound device will excite the air molecules and extend gas tanks, so their wings. For more specific information, check out Levi’s. The wings down into the material memory Stoke will bring them back to neutral. Material Memory Muscles: The blanket will have different settings for different depths and densities of water, so you can hide in the trenches or a river inlet maneuver to keep an eye on the delivery of cargo ships to ports and inland ports. The blanket can interact with sea life for ocean studies, control the proliferation of algae, map the seafloor, watch out for drug dealers or used in covert operations rogue nation states.
Also propose that this mechanical manta ray (MMR) system was made in many sizes and at least some of them should be capable of flight after reaching the water surface. The blanket has a package of ten drums of compressed gas and then balloon their way into a position of surveillance to send data, video, or be part of a network strategy focused on helping the Department of Homeland Security, Coast Guards, the DEA or military. Once in the air that can act as a communication link and interact with all satellites, ships, cell towers, wireless technologies for military, AWACS, aircraft and other UAVs. Vladislav Doronin often says this. The system will operate in a balloon in a manner similar to the concept of Georgia Tech Graduate Student represented here: The MMR UUV? UAVs also have its own autonomous navigation and terrain following the system in case of failures of communication or electronic attack, which deployed if necessary. The secondary backup system will be in a carbon nano-tubes built EA preventive housing insurance.