Lockheed Martin has secured an Army contract award valued at nearly $5 billion tied to the Precision Strike Missile (PrSM) Increment One program, signaling a major investment in the service’s next-generation long-range weapon. The award was announced March 28, 2025.
What the $4.9 Billion Deal Covers
The U.S. Army awarded Lockheed Martin a firm-fixed-price contract valued at about $4.94 billion for Precision Strike Missiles Increment One. The contract, identified as W31P4Q-25-C-0005, was issued through the U.S. Army Contracting Command at Redstone Arsenal, Alabama. A firm-fixed-price structure means the government and Lockheed Martin agreed on a set cost for the work, placing more cost-overrun risk on the contractor. Beyond that, the contract notice itself does not explain why this structure was selected or what it implies about program maturity.
The sheer size of the award tells a story on its own. At nearly $5 billion, this contract dwarfs earlier PrSM development and testing agreements and points to a transition from limited manufacturing runs to full-rate production. For the Army, that shift is the difference between having a handful of prototype missiles in storage and fielding enough inventory to equip combat units across multiple theaters. The award also signals to suppliers and subcontractors that PrSM is moving beyond the experimental stage into a long-term production program, justifying investments in new tooling, facilities, and workforce training.
Why PrSM Matters for the Army’s Future
The Precision Strike Missile is designed to replace the aging Army Tactical Missile System, known as ATACMS, which has been in service since the early 1990s. ATACMS has a range that caps out around 300 kilometers, and its production line closed years ago, leaving the Army reliant on finite stockpiles. PrSM extends that reach while fitting two missiles into the same launch pod that previously held one ATACMS round, effectively doubling the firepower available to each launcher without requiring new vehicles or infrastructure.
That capacity advantage matters because modern battlefield planning increasingly revolves around the ability to strike high-value targets, such as air defense batteries, command posts, and logistics hubs, from distances that keep friendly forces out of harm’s way. The Army has spent the past several years reorganizing around the concept of long-range precision fires as its top modernization priority, and PrSM sits at the center of that effort. Without a reliable production pipeline, the strategy remains a paper exercise; a large, multi-year contract is the mechanism that turns PowerPoint concepts into deployable combat capability.
The firm-fixed-price structure of this contract also carries a practical benefit for the Army’s budget planners. Because the total cost is locked in, program managers can forecast spending with greater accuracy and avoid the kind of open-ended cost growth that has plagued other major weapons programs. If Lockheed Martin encounters manufacturing problems or supply chain disruptions, the company absorbs those costs rather than sending a bill back to the Pentagon. That dynamic creates strong incentives for the contractor to streamline production, keep schedules on track, and resolve technical issues quickly.
Production Scale and Industrial Capacity
Ramping up missile production is not simply a matter of placing a larger order. It requires expanding factory floor space, securing long-lead components like rocket motors and guidance electronics, and training a skilled workforce to assemble weapons that must perform flawlessly under combat conditions. A contract of this magnitude could require increased throughput across Lockheed Martin’s relevant production and integration facilities, whether through added shifts, new assembly lines, or both.
The defense industrial base has been under strain for several years. In recent years, demand for precision munitions has increased, putting pressure on parts of the defense industrial base. Rebuilding those reserves while simultaneously fielding a new missile system creates competing pressures on the same factories, workers, and raw materials. The scale of this contract suggests the Army is betting that Lockheed Martin can manage both tasks, but the execution risk is real, especially if critical subcomponents face bottlenecks or export-control hurdles.
One factor working in Lockheed Martin’s favor is that PrSM was designed from the outset with producibility in mind. Lockheed Martin and the Army have not detailed in the contract notice how PrSM was optimized for high-rate manufacturing, but producibility considerations can be a major factor in any ramp-up effort. Whether that intent translates into smooth factory ramp-ups remains an open question, but the firm-fixed-price contract structure gives Lockheed Martin a strong financial incentive to get it right and penalizes delays or inefficiencies that would erode profit margins.
Strategic Context and Global Demand
The timing of this contract aligns with a broader push across the U.S. military to prepare for potential conflicts against well-armed adversaries. In the Indo-Pacific, military planners have focused on the challenge of projecting power across vast ocean distances where adversary missile systems can threaten ships, aircraft, and bases. Ground-based long-range missiles like PrSM offer a way to distribute firepower across islands and coastal positions, complicating an opponent’s targeting calculus without relying solely on expensive naval and air platforms that may be vulnerable to concentrated salvos.
In Europe, recent wars have demonstrated how quickly modern armies consume precision munitions once large-scale combat begins. Stockpile depth, not just technological sophistication, determines whether a military can sustain operations over weeks and months. The Army’s decision to invest heavily in PrSM production reflects a lesson learned from watching allied forces burn through guided weapons faster than industry could replace them. A robust inventory of long-range missiles gives commanders more options to strike critical targets early and often, rather than rationing shots for fear of running dry.
Potential future demand beyond U.S. Army procurement could affect long-term production volumes, but the March 28 contract notice addresses U.S. Army requirements and does not describe any allied purchases. Additional buyers could also help stabilize the production base beyond the initial U.S. procurement profile, smoothing out demand over time. However, the primary contract announced on March 28 covers U.S. Army requirements, and any allied purchases would likely come through separate agreements with their own timelines, quantities, and export-approval hurdles.
What Remains Unclear
The Department of Defense contract notice does not specify how many missiles the $4,937,045,400 will buy or when deliveries are expected to begin and end. Without those details, it is difficult to calculate the per-unit cost or assess whether the Army is getting a favorable deal compared to earlier procurement rounds. The absence of a public delivery schedule also makes it harder to gauge how quickly operational units will see inventories grow and whether the Army is on track to meet its stated modernization timelines.
Lockheed Martin has not publicly disclosed specific production timelines or workforce expansion plans tied to this award, and the Army has not released detailed schedule milestones. It is also unclear how this Increment One contract will overlap with future upgrades, such as extended-range variants or enhanced seekers, which are often grouped under later increments. If the Army decides to retrofit early production missiles with new capabilities, that could affect both cost and availability.
There is also limited public information about how this contract fits into the broader PrSM acquisition strategy. Increment One refers to the baseline PrSM configuration, but the contract notice does not provide technical details about guidance, warhead, or target set. Later increments are expected to introduce additional capabilities, such as improved target discrimination or extended engagement envelopes, but those efforts will require their own testing, funding, and production decisions. How the Army sequences those upgrades while maintaining high-volume output of the current configuration remains an open question.
A Pivotal Step, Not the Final Word
What is clear is that the nearly $5 billion production award marks a pivotal step in turning the Precision Strike Missile from a promising prototype into a staple of the Army’s long-range fires arsenal. By locking in a large, firm-fixed-price contract, the service is betting that the design is mature, the industrial base can scale, and the strategic need for deep precision fires will only grow. The success or failure of this ramp-up will shape not just the future of PrSM, but also broader debates about how quickly the U.S. defense industry can adapt to the demands of high-intensity warfare.
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*This article was researched with the help of AI, with human editors creating the final content.
