The Manta Ray UUV prototype's successful completion of full-scale, in-water testing marks a significant milestone in DARPA's program, showcasing its modular and pioneering capabilities. The ability to swiftly assemble the vehicle from modular subsections, coupled with its efficient transportation and deployment process, represents a breakthrough in UUV technology.
Northrop Grumman's accomplishment in shipping the prototype from Maryland to California in subsections demonstrates the feasibility of rapid deployment worldwide while minimizing logistical constraints. This approach not only conserves energy but also avoids congesting naval facilities, a critical advantage for operational flexibility.
The Manta Ray's design, incorporating multiple propulsion and steering mechanisms, enables versatile performance underwater. Its payload bays offer flexibility for various naval missions, underscoring its potential utility in dynamic maritime environments.
Dr. Kyle Woerner's remarks emphasize the program's commitment to developing long-duration, long-range UUVs capable of persistent operations. With ongoing collaboration with the U.S. Navy, the program aims to transition this technology into real-world applications.
Furthermore, PacMar Technologies' continued testing of its energy harvesting system highlights the diverse efforts within the Manta Ray program to push the boundaries of UUV capabilities.
Source: https://www.darpa.mil/news-events/2024-05-01
Learn more about UUVs with our report: