Gremlins Demo Program @ International Air Response Testbed in Mesa,

ROBOTICS AND AUTONOMOUS SYSTEMS                                                                                       

Gremlins Program Enters Demonstration Phase

By Vivienne Machi    5/22/2018

Artist’s concept of the Gremlins program.

Art: DARPA

The goal of launching a series of small unmanned aerial systems packed with advanced payloads from a military aircraft to perform sensitive missions is a step closer to reality.
Dynetics, a Huntsville, Alabama-based defense contractor, has been awarded a follow-on contract for the demonstration phase of the Defense Advanced Research Projects Agency’s Gremlins program.
The agency is looking to develop low-cost reusable drones — or “gremlins” — that could be launched from military aircraft and retrieved post-mission, according to Dynetics.
The systems could carry a variety of high-tech payloads for distributed missions.
Phase one of the effort involved four companies and centered around developing a concept for the program, Tim Keeter, deputy program manager and chief engineer for the Gremlins program at Dynetics, said in a media call.
Dynetics and General Atomics Aeronautical Systems were selected for the second phase contract for technology maturation in 2017.
The phase three contract, which was awarded in mid-April, will last 21 months and is worth $38.6 million, according to Dynetics.
The entire program will last 43 months and cost $64 million. DARPA did not reply to requests for comment.
Dynetics began flight and ground testing prior to the contract award, Keeter said.
So far, it has demonstrated that it can stabilize and deploy a docking system for the unmanned aerial vehicles, and has successfully performed “safe separation” from the aircraft.
In phase three Dynetics will demonstrate “the ability to recover multiple air vehicles safely and in a fairly rapid fashion,” he said. The goal is to accomplish four recoveries in under 30 minutes by the end of the contract, he added.
The company will use a C-130 transport aircraft provided by International Air Response during the testing period.
The ultimate goal is to be able to launch the systems from a variety of military aircraft, he noted. Some testing will be performed at IAR’s testbed in Mesa, Arizona, as well as test ranges along the West Coast, Keeter said.
For more details and information > National Defense Magazine
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Topics: Robotics and Autonomous Systems, Robotics, Defense Innovation, Research and Development, Science and Engineering Technology