The U.S. Air Force now anticipates buying more than 11,000 new JASSM and LRASM cruise missiles over the next five to seven years according to a notice of intent published Friday, dramatically expanding the Pentagon’s JASSM and LRASM topline inventory objectives for both weapons that have had their objectives periodically increased over the past decade.
The move comes amid large-scale reconstitution in the wake of Operation Epic Fury, as well as major demand signals from the Pentagon to push suppliers towards internal investments to support higher production rates of key weapons needed for a potential conflict in the Pacific.
The planned procurement would span JASSM Lots 27–33 and LRASM Lots 13–19, covering up to 11,200 missiles in multiple variants over the next five to seven years. The expansion would also increase sustainment capacity, missile repair infrastructure, software support, and production at Lockheed Martin’s two existing manufacturing facilities, with deliveries expected to begin 27 months after contract award.
The contract covers all current and future variants of the LRASM and JASSM, including the new LRASM-ER and JASSM-XR — two new variants of the shared missile family that add some of Lockheed Martin’s newest anti-spoofing and survivability equipment.
The LRASM-ER also includes a series of sensor upgrades that Lockheed Martin considers “the key to the future growth of [LRASM]”, according to a Lockheed Martin spokesperson who provided comments to Naval News during the Sea Air Space Symposium in April.
Air Force officials acknowledged that expanding production to support the larger procurement will require substantial upfront investment and an extended manufacturing ramp-up. The notice also says government-owned production equipment remains committed to Lockheed Martin’s existing JASSM and LRASM contracts in the interim, supporting the company’s initiative to begin investing heavily into its supply chains and current production lines to meet new production demands.
Lockheed Martin has already met that demand with heavy investments across its supply chain and major manufacturing centers.
Lockheed Martin’s JASSM family has centered itself as the Pentagon’s major strike system for large-scale combat operations. Pentagon planners continue to construct long-range acquisition forecasts around a notional major regional conflict in the Pacific, with both JASSM and LRASM in the forefront of nearly every major simulated conflict.
The planned buy in the U.S. Air Force notice far exceeds publicly disclosed inventory objectives across both missile families, reflecting the Pentagon’s objective of scaling up production of its most critical weapons to wartime-adjacent levels.
Facts Only
* The U.S. Air Force anticipates buying more than 11,000 new JASSM and LRASM cruise missiles over the next five to seven years.
* This is based on a notice of intent published Friday.
* The planned procurement covers JASSM Lots 27–33 and LRASM Lots 13–19.
* The acquisition involves up to 11,200 missiles in multiple variants.
* The expansion will increase sustainment capacity, missile repair infrastructure, software support, and production at Lockheed Martin’s facilities.
* Deliveries are expected to begin 27 months after contract award.
* The contract covers current and future variants, including LRASM-ER and JASSM-XR.
* Lockheed Martin notes that the LRASM-ER includes sensor upgrades considered key to future growth.
* Government-owned production equipment remains committed to existing contracts in the interim.
Executive Summary
Full Take
The pattern observed is the scaling of critical weapon systems toward "wartime-adjacent levels" based on long-range acquisition forecasts for regional conflicts. This suggests a systemic drive where defense planning, fueled by geopolitical assessments, directly translates into massive, front-loaded industrial demands. The expansion is framed not just as an operational need but as an investment in supply chain and manufacturing capacity, positioning key defense contractors to handle future large-scale conflict scenarios. The emphasis on integrating new survivability features, such as the LRASM-ER sensor upgrades, points toward a pattern where technological evolution is rapidly merged with strategic procurement objectives to achieve perceived superiority. The underlying assumption driving this process is that future conflicts will necessitate immediate and massive scaling of strike capability, which in turn justifies the upfront investment required for manufacturing ramp-up. This dynamic creates an interdependent system where defense strategy sets production mandates, and industrial capacity must rapidly adapt to meet those mandates, potentially shifting focus from sustainable production to wartime responsiveness as the primary metric.
Bridge questions: What are the independent metrics used by the Pentagon to define "wartime-adjacent" readiness outside of projected conflict scenarios? How does this accelerated scaling impact the long-term sustainability and technological roadmap for these missile platforms if priorities shift? What is the cost implication when operational demand dictates production timelines rather than purely logistical planning?