Flying aircraft carrier or quickly entering the United States Arsenal

category:Military
 Flying aircraft carrier or quickly entering the United States Arsenal


At the end of April, the senior research and Development Department of The Pentagon, the Department of advanced research projects of the Ministry of defense, awarded a 21 month, $38 million 600 thousand contract to power systems headquarters in Huntsville, Alaska, California, which was responsible for the development of software and technology. CRTOS, a venture capital technology company specializing in the use of target drills, is also involved in the project as a subcontractor, responsible for the production of a new type of UAV that can be folded in the wing, so that the UAV can be used to store the aircrafts abdomen. The picture is an envisaged map of u. S. Army UAV Tim Kit, the deputy manager and chief engineer of the power systems project, said, it is possible to send an unmanned fleet again and again and overcome the opponent in such a complex way. KITT said that because of the low cost, the companys military customers could take greater risks and be more proactive in the battlefield. The codenamed goblin project requires the two companies to prove that they can safely and reliably launch multiple UAVs from the air. The two companies have completed the technical design of the small UAVs and the complex sensor systems that enable them to fly together, and are now developing software that can safely take off and land. Next, they must demonstrate that they can launch 4 UAV at the same time from the C-130 transport plane, sending them to fly for 30 minutes on their own and then fly back to the aircraft. Power system officials say the company has used a simulated unmanned aerial vehicle (C-130) to demonstrate a recovery system that has successfully separated from the wing of the C-130 transport aircraft, which simulated the unmanned aerial vehicle (UAV) and then crashed the ground. The company demonstrated the air recovery system: laying down a similar analogue UAV from the bottom of the aircraft and then recovering the belly of the aircraft. Scott Vizbanovskiy, the project manager of the Ministry of Defense advanced research project, said in an email: the preliminary flight test makes us confident that we can achieve our goal and recover 4 little goblins within 30 minutes. The power system company is going to release a video to explain the testing process. The U. S. Army has previously explored the concept of air carrier. In 1930s, the Navy successfully launched two planes from a helium powered airship (planned to be abandoned due to a series of crash disasters). Now, nearly a century later, officials believe that smaller and more reliable UAVs provide new opportunities. David Deptula, the director of the Mitchell Institute for space research and the retirement of the air force, believes that a safe and reliable air recovery performance for the army means new opportunities. Depp said: we could not do that before. This enlarges the areas of great need and greatly challenges the limits. The source of this article: Reference News Editor: ye Zhi FA _NBJS6073 Scott Vizbanovskiy, the project manager of the Ministry of Defense advanced research project, said in an email: the preliminary flight test makes us confident that we can achieve our goal and recover 4 little goblins within 30 minutes. The power system company is going to release a video to explain the testing process. The U. S. Army has previously explored the concept of air carrier. In 1930s, the Navy successfully launched two planes from a helium powered airship (planned to be abandoned due to a series of crash disasters). Now, nearly a century later, officials believe that smaller and more reliable UAVs provide new opportunities. David Deptula, the director of the Mitchell Institute for space research and the retirement of the air force, believes that a safe and reliable air recovery performance for the army means new opportunities. Depp said: we could not do that before. This enlarges the areas of great need and greatly challenges the limits.