To validate and demonstrate our Through-the-Earth capability, we developed a full-duplex MI Modem (MIM-1000) and installed it on a Pioneer 3-AT R&D robot. Initial field trials were carried out at an abandoned coal mine in Nova Scotia, Canada, where we successfully demonstrated the robot - we call her "Maggie" - being driven and maneuvered remotely by an operator located on the mine's surface with Maggie located in an underground mine shaft separated by over 100 feet of geological overburden.
Will today's developers of military UGVs be tomorrow's manufacturers of autonomous civilian cars? Probably not. However, it is clear that the technologies developed for one will be adapted for another.
STOPS engineers found the native Galil programming language easy-to-use, which helped enable them to incorporate several safety routines into the operating system. For example, whenever the controller does not receive a data stream, it goes into a fail-safe routine that brings the vehicle to a stop.
Silvus Technologies demonstrated its MIMO radio repeater capability integrated into QinetiQ's TALON and iRobot's FasTac robots at the Army Expeditionary Warfighters Experiment (AEWE) Spiral G. TARDEC's Ground Vehicle Robotics group requested Silvus to integrate its SC3500 MIMO radio into both robotic platforms as part of TARDEC's ISR Mission Concepts platform.
QinetiQ is primarily focused on the defense and security markets today; however, we are seeing growing interest in robotics for the agricultural and mining industries where robotics can provide more efficient operations in harsh environments.
Advanced wireless capabilities have not been available to bomb squads, who have had to rely on a tethered approach, until now. With Silvus' cutting edge MIMO radios, EOD UGV operators can now wirelessly examine suspicious objects with 3D HD video and haptic feedback precision from safe NLOS distances of a few hundred meters.
Exceptional image quality, including the ability to transport this high-bandwidth video in real time, is absolutely essential to protecting our war fighters, as well as civilians who may be in harm's way.
We are in the early stages of unmanned systems being used on the battlefield. While robots are being used in a growing number of missions, work continues on the research side to integrate new systems and capabilities to continually expand their value on the frontlines.
Headquartered in Solon, Ohio, HDT Global is widely recognized as the world leader in the design and manufacture of many products in use by U.S. and allied military units, civilian governments, and commercial customers today.
Mr. Pedersen founded RE2, Inc. in July of 2001 to advance the state of the art in robotics technologies for the military. Since that time, Mr. Pedersen has grown the company to over 60 employees with work in all aspects of robotics from innovative research in actuation and control to manufacturing of highly complex 2-arm manipulation systems. Mr. Pedersen currently serves as the Vice Chair of the Robotics Division of National Defense Industry Association (NDIA) and sits on the NDIA Board of Trustees. He also sits on the Robotics Technology Consortium (RTC) Board of Directors and the OSD Joint Ground Robotics Enterprise Senior Steering Group.
Using Robotmaster software for off-line programming of a 7-axis robot used for the precise trimming required in the manufacturing of General Atomics' Predator Drone.
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Space, or the lack of it, can be a challenge when placing barcodes or Data Matrix symbols on components. However, readable barcodes are critical to component traceability, time/date stamping, work in progress (WIP) tracking, and recall management. MicroHAWK UHD smart cameras can decode very small and difficult-to-read barcodes, including Data Matrix two-dimensional (2D) symbols and direct part marks (DPM). Users can rely on the MicroHAWK UHD to read symbols with an x-dimension almost invisible to the naked eye!