Photo by Joyce Conant | Army Research Laboratory | 07.05.2018
Dr. Christopher Reardon, robotics researcher, U.S. Army Research Laboratory moderates panelists Dr. Nikolai Atanosov from the University of California at San Diego, Dr. Timothy Chung from the Defense Advanced Research Projects Agency and Mr. David Baran from ARL on the topic of adversarial robotics at the Robotics Science and Systems Conference held at Carnegie Mellon Music Hall in Pittsburgh,......
Photo by Lance Cpl. Gloria Lepko | II Marine Expeditionary Force | 09.27.2017
A U.S. Research Laboratory employee inspects a 3D printed unmanned aerial system vehicle after it landed during a demonstration at Camp Lejeune, N.C., Sept. 26, 2017. The UAS vehicles are designed to cater to individual missions based on distance, endurance, and carrying capacity needs. By creating a system that is easier to set up and more cost effective than traditional UAS devices, the U.S.......
Photo by Lance Cpl. Gloria Lepko | II Marine Expeditionary Force | 09.27.2017
A 3D printed unmanned aerial system vehicle hovers above the ground during a flight demonstration by the U.S. Army Research Laboratory at Camp Lejeune, N.C., Sept. 26, 2017. The UAS vehicles are designed to cater to individual missions based on distance, edurance, and carrying capacity needs. By creating a sytem that is easier to set up and more cost effective than traditional UAS devices, the......
Photo by Lance Cpl. Gloria Lepko | II Marine Expeditionary Force | 09.27.2017
Marines view live video streamed from a 3D printed unmanned aerial system vehicle’s camera through goggles during a demonstration by the U.S. Army Research Laboratory at Camp Lejeune, N.C., Sept. 26, 2017. The UAS vehicles are designed to cater to individual missions based on distance, endurance, and carrying capacity needs. By creating a system that is easier to set up and more cost......
Photo by Lance Cpl. Gloria Lepko | II Marine Expeditionary Force | 09.27.2017
A Marine and U.S. Army Research Laboratory employee control a 3D printed unmanned aerial system vehicle during a flight demonstration by the U.S. Army Research Laboratory at Camp Lejeune, N.C., Sept. 26,2017. The UAS vehicles are designed to cater to individual missions based on distance, endurance, and carrying capacity needs. By creating a system that is easier to set up and more cost......
Photo by Lance Cpl. Gloria Lepko | II Marine Expeditionary Force | 09.27.2017
Marines view live video streamed from a 3D printed unmanned aerial system vehicle’s camera through goggles during a demonstration by the U.S. Army Research Laboratory at Camp Lejeune, N.C., Sept. 26, 2017. The UAS vehicles are designed to cater to individual missions based on distance, endurance, and carrying capacity needs. By creating a system that is easier to set up and more cost......
Photo by Lance Cpl. Gloria Lepko | II Marine Expeditionary Force | 09.27.2017
A Marine examines a 3D printed unmanned aerial system vehicle before a flight demonstration by the U.S. Army Research Laboratory at Camp Lejeune, N.C., Sept. 27,2017. The UAS vehicles are designed to cater to individual missions based on distance, endurance, and carrying capacity needs. By creating a system that is easier to set up and more cost effective than traditional UAS devices, the U.S.......
Photo by Lance Cpl. Gloria Lepko | II Marine Expeditionary Force | 09.27.2017
Employees from the U.S. Army Research Laboratory prepare a 3D printed unmanned aerial system vehicle for a flight demonstration at Camp Lejeune, N.C., Sept. 27, 2017. The UAS vehicles are designed to cater to individual missions based on distance, endurance, and carrying capacity needs. By creating a system that is easier to set up and more cost effective than traditional UAS devices, the U.S.......
