U.S. Army technology advisors develop new robot to perform CBRNE missions from a safe distance 12212151

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U.S. Army technology advisors develop new robot to perform CBRNE missions from a safe distance.
U.S. Army science and technology advisors have initiated a project to field a robot capable of assessing chemical, biological, radiological, nuclear, explosives, or CBRNE, threats from a safe distance. Several Army organizations combined on a new variant of the PackBot 510 robot with enhanced CBRNE detection capabilities.
     
U.S. Army science and technology advisors have initiated a project to field a robot capable of assessing chemical, biological, radiological, nuclear, explosives, or CBRNE, threats from a safe distance. Several Army organizations combined on a new variant of the PackBot 510 robot with enhanced CBRNE detection capabilities.
2nd Infantry Division 23rd Chemical Battalion Soldiers assemble their new PackBot 510 robot
(Photo Credit: U.S. Army)
     

"These robots are one-of-a-kind and filled a critical gap for Soldiers on the front lines in Korea," said Lt. Col. Mark Meeker, field assistance in science and technology advisor assigned to U.S. Forces Korea.

The robots provide the 2nd Infantry Division's 23rd Chemical Battalion with a remote, first-look capability in underground facilities, Meeker said.

Three U.S. Army Research, Development and Engineering Command, or RDECOM, science advisors from RDECOM-Pacific combined to facilitate the project. Science advisor James Koh initiated the process through an industry partnership.

"We leveraged an existing cooperative research and development agreement to integrate RDECOM's expertise with a contractor that builds robots," Koh said. "This opportunity is open to all comers and leverages the best of what industry has to offer."

The yearlong effort included RDECOM; Program Executive Office for Combat Support/Combat Service Support, or PEO/CS/CSS, and the Rapid Equipping Force, or REF.

RDECOM's Tank Automotive Research, Development and Engineering Center built a prototype robot, and contractor iRobot began exploring tunnel training areas in South Korea.

"We conducted a technical demonstration at the 2nd Infantry Division's Micro Experiment," said RDECOM-Pacific science advisor Richard Moore, who facilitated the demonstration on behalf of RDECOM. "Once they saw the technology, they were completely on board."

The REF-funded modification of the 2nd Infantry Division's existing PackBot 510, with the enhanced CBRNE sensor capability, developed through the Cooperative Research and Development Agreement.
     
U.S. Army science and technology advisors have initiated a project to field a robot capable of assessing chemical, biological, radiological, nuclear, explosives, or CBRNE, threats from a safe distance. Several Army organizations combined on a new variant of the PackBot 510 robot with enhanced CBRNE detection capabilities. The PackBot 510 robot undergoes final testing at the Robot Logistics Support Center.
Photo Credit: U.S. Army
     

"It is our job to get off-the-shelf technology into the hands of Soldiers as quickly as possible," REF representative Peter "Gregg" O'Neill said.

The Robot Logistics Support Center, or RLSC, part of PEO-CS/CSS, began building robots within a month.

"We wanted to start burning the lead time, so we began the build as soon as we had the necessary details," said RLSC director Michelle Link. "The expertise and help from iRobot was invaluable."

The robots arrived at Camp Stanley in November 2015, and the 501st Chemical Company tested the new robots in several scenarios to learn about the system's capabilities.

RDECOM-Pacific director Col. Ernest L. Dunlap emphasized that the command's expansive reach enables its subject matter experts to quickly support Soldiers' technology needs.

"One of our core missions is to ensure innovative solutions for the warfighter. We bring diverse stakeholders together and leverage the strength of RDECOM's labs to expedite capability in response to Army warfighting challenges and support the Army Operating Concept," Dunlap said.