U.S. Army showcases advanced Autonomous Multi-Domain Launcher (AMDL) at Project Convergence-Capstone 5

By Defence Industry Europe

The U.S. Army has unveiled significant advancements in autonomous warfare technology through the successful experimentation of the Autonomous Multi-Domain Launcher (AMDL) during Project Convergence-Capstone 5 (PC-C5). A newly released image from March 8, 2025, captures the AMDL in action at Fort Irwin, California, highlighting its advanced capabilities in modern battlefield operations.

 

Project Convergence-Capstone 5 serves as a crucial platform for the U.S. military and its international allies to test, validate, and integrate emerging defence technologies. The latest iteration of this event brought together multinational forces to assess innovations designed to enhance military effectiveness across multiple domains.

A key feature of this year’s trials was the AMDL, which underwent rigorous testing scenarios to demonstrate its potential in delivering precise and rapid direct fire support. The system is expected to play a vital role in future conflicts, where adaptability and accuracy are essential for success in complex operational environments.

 

 

Designed for multi-domain operations, the AMDL integrates advanced autonomous systems to provide responsive and efficient firepower. Its capability to strike targets swiftly and accurately across land, air, sea, space, and cyber domains enhances military units’ ability to counter modern threats, particularly in hybrid warfare situations.

The AMDL is part of a broader Autonomous Multi-Domain Launcher (AML) initiative, which aims to develop an unmanned, highly mobile, and C-130 transportable launcher system. The prototype is designed to conduct convoy operations, navigate autonomously, and operate remotely, including turret and fire control functions.

 

 

One of the key objectives of the AML initiative is to expand firepower while minimising personnel requirements. The system is expected to triple the Army’s firepower and magazine capacity while maintaining compatibility with existing munitions, providing an effective and flexible solution for future military engagements.

 

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