Anduril Delivers Dive-LD Autonomous Underwater Vehicle to U.S. Navy for Next-Gen Undersea Operations
In a significant move towards enhancing maritime autonomy, U.S. defense technology company Anduril Industries has successfully delivered its first Dive-LD autonomous underwater vehicle (AUV) to the United States Navy. The advanced underwater drone has been handed over to Unmanned Undersea Vehicle Squadron 1 (UUVRON-1), the Navy’s dedicated unit for operating unmanned undersea systems.
The Dive-LD is designed to carry out a wide range of missions without the need for human intervention. From seabed mapping and intelligence gathering to communications relays and infrastructure inspection, this long-endurance platform is built for versatility in challenging underwater environments. According to Anduril, Dive-LD’s design provides “critical solutions to missions undersea” by combining endurance, modularity, and advanced autonomy.
While full technical specifications remain classified, several notable features highlight Dive-LD’s role as a next-generation AUV:
Endurance: Capable of long-duration missions, Dive-LD can operate autonomously for days or even weeks, depending on the payload and mission profile.
Modular Payloads: The vehicle can be equipped with a range of sensors and equipment, allowing it to switch between tasks like surveillance, mine detection, or data collection.
Low-Profile Construction: Designed to minimize detectability in hostile environments, its sleek shape enhances stealth in operations.
3D-Printed Exteriors: The use of additive manufacturing enables rapid customization and reduces production costs.
Advanced Navigation: Equipped with modern inertial navigation systems and real-time path planning for navigating complex undersea terrain.
The Dive-LD is relatively compact compared to traditional undersea vehicles, making it easier to deploy from ships, submarines, or even shore-based facilities. Despite its size, it offers powerful capabilities that make it ideal for both military operations and commercial applications like offshore energy inspection or underwater infrastructure surveys.
The U.S. Navy’s delivery of the Dive-LD aligns with its larger strategic pivot towards distributed maritime operations, where smaller, networked, and autonomous systems operate in coordination. UUVRON-1, based in Keyport, Washington, will now begin rigorous testing of the Dive-LD in operational environments to evaluate its performance and integration into future mission sets.
This delivery represents more than just a new tool—it reflects a shift in how the Navy conducts undersea warfare. With autonomy, endurance, and adaptability at its core, Dive-LD symbolizes the growing importance of unmanned systems in securing the oceans of tomorrow.
✍️ This article is written by the team of The Defense News.