Mission & Vision

The future holds expanding opportunities for military and civilian applications of unmanned systems. We, the DC Capital Chapter of the Association of Unmanned Vehicle Systems International, believe our first responsibility is to constantly strive to provide the credible advocacy and support for the potential that unmanned systems can provide for the military and commercial sector as well as our nation.

We are committed to the following principles:

  • *We will provide forward looking leadership that will focus on challenges and issues in the nation’s Capital that face the unmanned systems community.
  • *We will endeavor to support our member's goals and provide recognition for outstanding leadership and achievement in the field of unmanned systems.
  • *We will provide opportunities to educate the public, including potential government and commercial users on the value of unmanned vehicle systems capability to our nation's future.
  • *We will conduct our business relationships with industry, government and the unmanned vehicle community with a high level of ethics and professionalism and maintain an unquestioned reputation for integrity, credibility and respect as advocates of unmanned systems.
  • *We will promote and be advocates for innovative approaches that will provide visionary roadmaps for unmanned systems and provide opportunities for integrated military and/or commercial requirements.
  • *We will provide an effective interface with the customers and stakeholders that comprise the unmanned vehicle community."

Chapter News

The FAA has granted a Special Airworthiness Certificate to Aurora Flight Sciences’ UH-1H helicopter, which is the company’s newest optionally-piloted aircraft, and the third manned aircraft overall that Aurora has converted to robotic-controlled or OPA operation.

As the latest development in the Office of Naval Research’s (ONR) Autonomous Aerial Cargo/Utility System (AACUS) program, Aurora has created the “Autonomy-enabled UH-1,” also known as AEH-1, by adding a complete digital flight control system.

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On Oct. 25, President Trump directed U.S. Secretary of Transportation Elaine L. Chao to launch the Innovative Drone Integration Pilot Program, an initiative which will “safely test and validate advanced operations” for UAS in partnership with state and local governments in select jurisdictions.

The move is seen as a way to give state and local governments some say in regulating UAS use, while not pre-empting the authority of the Federal Aviation Administration to oversee the nation’s airspace.

During AUSA 2017 in Washington, D.C., Roboteam, Inc., which provides tactical ground robotic systems and controllers for defense, law enforcement and public safety missions, unveiled its Transportable Interoperable Ground Robot (TIGR).

Described by Roboteam as the “most advanced, groundbreaking robotic platform ever made available to the modern warfighter,” the TIGR is a two-man carried UGV with a modular design. The modular design allows for add-ons, sensors and future technology integration.

Highly mobile and capable of operating in any terrain, the all-weather UGV is capable of a number of different functionalities that are unachievable for other mid-sized robotic platforms in the “theater of war,” according to Roboteam.


Riptide Autonomous Solutions launched its second generation “micro” UUV product during Oceanology International 2018 in London.

Riptide says that the MK II product offers “significant improvements” over the MK I µUUV.

ASV Global will supply the University of Mississippi (USM) with its state-of-the-art C-Worker 5 USV, after USM awarded a contract to the USV company.

The C-Worker 5 USV will reportedly be used for “testing, training, and establishing procedures and protocols” for use of the system by NOAA on future hydrographic programs.

The Schilling Robotics business unit of TechnipFMC, a global leader in Oil & Gas projects, technologies, systems and services, has selected Real-Time Innovations’s (RTI) RTI Connext DDS as the connectivity framework for its underwater ROVs.

A longstanding RTI customer that has been working with the company for nearly 20 years, TechnipFMC is using RTI’s technology to build next-generation remote robotics controls, an integration that is enabling “faster and more secure connectivity” within TechnipFMC’s underwater ROVs.

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