Lockheed Martin To Increase Precision Strike Missile Production As U.S. Army Expands Long Range Fires Capability

Precision Strike Missile Production Expands To Meet U.S. Army Demand

Precision Strike Missile production is increasing as Lockheed Martin moves to scale output in response to growing U.S. Army requirements for long range precision fires. The expansion reflects sustained demand for next generation surface to surface strike capabilities as the Army accelerates modernization efforts.

The move follows continued investment in the Precision Strike Missile program, widely known as PrSM, which is set to replace the legacy Army Tactical Missile System.

The Big Picture

The U.S. Army has prioritized long range precision fires as one of its top modernization pillars. This shift reflects lessons from recent conflicts and evolving operational concepts focused on contested environments.

Future battlefields will likely involve denied access zones, advanced air defenses, and dispersed forces. In that context, ground launched long range missiles provide a critical capability to strike high value targets without relying solely on airpower.

PrSM sits at the center of this transformation. It supports multi domain operations by enabling deep strikes against command nodes, air defenses, logistics hubs, and mobile targets.

What’s Happening

Lockheed Martin is increasing Precision Strike Missile production capacity to meet rising demand from the U.S. Army. The company is scaling manufacturing processes and supply chains to support higher output rates.

The PrSM is designed to replace the ATACMS system, offering improved range, accuracy, and flexibility. It is compatible with existing launch platforms, including the M270 Multiple Launch Rocket System and the M142 HIMARS.

The missile has already progressed through testing phases, and the Army has begun initial fielding efforts. Production increases aim to support both U.S. inventory requirements and potential future foreign military sales.

Why It Matters

The Precision Strike Missile production ramp up directly supports the Army’s ability to conduct long range precision fires at scale.

PrSM delivers several operational advantages:

It increases engagement range, allowing forces to strike targets deeper behind enemy lines.
It improves targeting flexibility with modern guidance systems.
It enables higher missile loadouts per launcher compared to ATACMS.

These improvements translate into greater battlefield effectiveness, particularly in high intensity conflicts where rapid targeting and strike density are critical.

Strategic Implications

Expanding Precision Strike Missile production strengthens U.S. deterrence posture by enhancing deep strike capability.

The system allows ground forces to hold adversary assets at risk across extended distances. This reduces reliance on air superiority in early phases of conflict and complicates enemy planning.

In the Indo Pacific, long range fires are especially important due to vast distances and contested maritime zones. In Europe, they reinforce NATO’s ability to counter advanced anti access and area denial systems.

Higher production rates also ensure stockpile resilience, a key factor highlighted by recent conflicts where munitions consumption exceeded peacetime expectations.

Competitor View

China and Russia are likely to view increased Precision Strike Missile production as part of a broader U.S. effort to enhance long range strike capabilities.

Both countries have invested heavily in their own ground based missile systems, particularly those designed to target logistics hubs, airfields, and command infrastructure.

From their perspective, PrSM adds another layer to U.S. strike options, particularly when integrated with joint and allied systems.

This development reinforces an ongoing trend where long range precision fires play a central role in great power competition.

What To Watch Next

The next phase of the Precision Strike Missile program will focus on continued testing, incremental capability upgrades, and expanded procurement.

Future variants are expected to include enhanced seekers for maritime targets, enabling the missile to engage moving ships. This would significantly expand its operational role.

Observers should also watch for increased international interest, as allied nations look to acquire similar capabilities.

Production scaling will remain a key factor, especially as the Army seeks to build sufficient inventory levels for sustained operations.

Capability Gap

The Precision Strike Missile addresses a critical gap left by the aging ATACMS system.

ATACMS offers limited range and fewer missiles per launcher, constraining operational flexibility. PrSM improves both factors, enabling more efficient use of launch platforms and greater strike depth.

However, limitations remain. The system still depends on targeting data from external sensors, including satellites and reconnaissance platforms. This reliance highlights the importance of resilient command and control networks.

The Bottom Line

The Precision Strike Missile production increase signals a decisive U.S. Army shift toward scalable, long range strike power designed for high intensity conflict against advanced adversaries.