“It’s a Missile Storm”: US Army’s New Rocket Pod Fires 30 Rounds in 15 Seconds With Devastating Battlefield Precision

The U.S. Army is making significant strides in modernizing its artillery capabilities with the innovative Direct Support Fires Technology (DSFT) program. At the core of this advancement is a groundbreaking 30-rocket pod system designed to rejuvenate massed firepower for short-to-medium range engagements. Unlike its predecessors, DSFT prioritizes delivering rapid, overwhelming rocket salvos over sheer distance, addressing the need for speed and volume in contemporary battlefields. This strategic shift aims to enhance the U.S. Army’s operational flexibility and adapt to the fast-paced nature of modern conflicts.

US Army’s 30-Rocket Pod System

The DSFT program represents a transformative approach to rocket artillery, with its 30-rocket pod system engineered for compatibility with existing U.S. Army launchers. Unlike the long-range Precision Strike Missile (PrSM) and the aging Army Tactical Missile System (ATACMS), which focus on deep-strike capabilities, DSFT emphasizes saturation. This new concept allows operators to launch up to 30 rockets in just 15 seconds, concentrating firepower over a target area in seconds.

Hunter Blackwell, Fire Support Capability Area Lead at DEVCOM, explains, “The battlefield reality is that many operators are not using their rockets at max range. Instead, they’re asking for more rockets, delivered faster, at shorter ranges.” DSFT caters precisely to this demand by providing rapid area saturation. This high-capacity pod reintroduces the principle of mass fires in a modern form, enabling commanders to deliver a storm of munitions for destruction, suppression, or area denial. Such capabilities are critical for shaping fast-moving engagements or countering dispersed threats.

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Rocket Launcher with Payload Flexibility

DSFT is not solely about kinetic effects; it offers remarkable payload flexibility. According to Blackwell, the system is designed to deliver not only lethal effects but also non-lethal ones like smoke, obscuration, and illumination. This broadens the system’s utility and expands partnerships across different services. The program has progressed swiftly, moving from concept to test-firing within nine months at Project Convergence Capstone 25.

The DSFT’s development reflects DEVCOM’s evolving collaboration model with industry and academia. “We’re building DSFT to be fast, modular, and cost-effective,” Blackwell notes. This approach involves working with multiple industry partners, fostering innovation, speeding up development, and reducing costs. The long-term goal is to create a flexible, affordable rocket artillery architecture capable of adapting to evolving mission profiles while remaining logistically viable in large-scale combat operations.

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Modernization and Integration

The DSFT program symbolizes a broader shift in U.S. Army modernization efforts. Moving beyond exquisite systems, the Army seeks scalable, repeatable, and adaptable firepower. DEVCOM AvMC plays a central role in this transformation, working under the Army Futures Command. Its mission is to deliver integrated research and engineering solutions across the combat spectrum, from unmanned systems to hypersonics, and now revitalized rocket artillery that can define the tempo of 21st-century battlefields.

The DSFT initiative is part of a larger effort by the U.S. Army to enhance its operational capabilities and maintain a competitive edge on the modern battlefield. By focusing on integration and modernization, the Army aims to ensure that its forces remain agile, effective, and ready to meet the challenges of tomorrow’s conflicts.

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Implications for Future Warfare

The implementation of DSFT has profound implications for future warfare. By reimagining rocket artillery and emphasizing rapid, overwhelming firepower, the U.S. Army is poised to redefine how combat operations are conducted. This shift not only enhances the Army’s ability to respond to emerging threats but also sets a new standard for military engagement strategies. The integration of non-lethal capabilities further underscores the program’s adaptability, ensuring that it can meet diverse mission requirements across different combat scenarios.

As the U.S. Army continues to evolve, the DSFT program will likely serve as a blueprint for future military innovations. By balancing speed, volume, and versatility, the Army is preparing itself to effectively navigate the complexities of modern warfare. In doing so, it raises a crucial question: How will these advancements influence the global landscape of military power and strategy in the coming years?