SeaTrac Demonstrates Ability to Locate & ID Threats in Contested Areas
In a demonstration at the Navy’s annual Advanced Naval Technology Exercises (ANTX), General Dynamics Missions Systems selected a SeaTrac uncrewed surface vehicle (USV) to conduct an unmanned survey in a contested environment to locate and identify potential threats from the surface.
- Year: 2019
- Operational Area: Rhode Island
- Scope: Utilizing Layers of Manned & Unmanned Assets to Identify & Neutralize Subsea Threats
Key Benefits
- An uncrewed vehicle
helps keep defense personnel out of harm’s way - Easy implementation of software
means the USV can accept different commands while reporting back to a command center - Reliable communications relays
allow data to be transmitted from the USV to trigger subsequent mission events
Purpose
General Dynamics Missions Systems joined forces with SeaTrac Systems to demonstrate an approach to autonomously identify and neutralize subsea threats. Working with a number of advanced technologies, the companies simulated a real-world scenario of threats present in critical underwater locations, facilitating solutions for an increasing number of strategic national security problems.
Method + Equipment
Base Platform and Equipment
The mission involved several layers of interconnected technology, each transmitting critical data and/or communications. SeaTrac’s USV was deployed to conduct an unmanned survey in a contested environment to locate and identify potential threats from the surface. Mission commands and waypoints were sent to the USV, which provided real-time feedback of the vehicle’s location and speed to the command and control system.
Technology Highlights
- The Theater Battle Management System (TBMS) provides an interconnected environment that enables operational management from multiple locations.
- General Dynamics’ adaptations of CaSHMI and Topside provide an interface to track and manage unmanned assets.
- General Dynamics’ high speed radio link based on 4G LTE technology provides the above-water link between systems, and acoustic modems provide underwater communication.
- The BluefinTM-9 UUV is capable of optical inspection and threat identification.
Threat Identification and Reporting
The USV simulated "finding" the target, which then resulted in the approval and releasing of an unmanned underwater vehicle (UUV) to transit to the target location. Using an acoustic modem, the UUV sent updates on position and speed to the surface ship, which were relayed to shore and displayed on the system as the UUV travelled to its destination. Once there, the UUV simulated the image acquisition and returned.
On shore, the mission was displayed on several screens for the audience, as well as through General Dynamics’ virtual reality interface. This interface consolidates data from multiple assets and allows an operator to more quickly and easily assess a complex situation.
Mark Casolara, Chief Engineer at General Dynamics
Results
The demo showcased a system that provides effective cross-domain communications, a high-level theater battle management system, and the ability to manage and control multiple manned and unmanned systems from a consistent user interface. SeaTrac’s USV was integral to the overall project succeeding quickly and smoothly, thanks to its rapid proactive and reactive responses throughout the mission.
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