Multiple Uncrewed Aerial Systems

ERDC seeks to establish a framework that utilizes current commercial technologies that can execute missions using multiple uncrewed aerial systems (UAS).
ERDC seeks to establish a framework that utilizes current commercial technologies that can execute missions using multiple uncrewed aerial systems (UAS).
ERDC seeks to understand the range of commercially available ground anchoring systems and grout products for rapid airfield damage recovery.
ERDC seeks to obtain innovative solutions that progress R&D efforts or advance civil works science and engineering capabilities.
ERDC's patented protective structures and systems have strong market potential. During this webinar, attendees will learn how commercialization of these technologies can be beneficial for business growth and development.
ERDC invites solutions for the proof of concept and design of a large-scale hydraulic structures prototype model in a controlled environment.
The ERDC International Research Office invites international representatives from industry and academia to attend an informational webinar on June 12 to discover how to pursue innovation and collaboration opportunities with ERDC.
ERDC invites proposals for the development of Computational Fluid Dynamics (CFD) methods and methodology tailored for application in U.S. Army Corps of Engineers projects.
ERDC seeks solutions capable of autonomously performing functions currently undertaken by the Army’s Mk3 Bridge Erection Boat (BEB).
ERDCWERX seeks to identify business entities with the capacity to commercialize SUBMAT, a temporary "roadway" to support the offloading of military vehicles and supplies in austere coastal environments.
ERDC seeks automated lab equipment for culturing microorganisms in cold regions, supporting Department of Defense directives to address biotechnology and enhance warfighting and logistics capability in the Arctic.