L3Harris Technologies has secured a $250 million follow-on contract from Lockheed Martin to manufacture propulsion units for the standard-range Guided Multiple Launch Rocket System (GMLRS), adding to efforts to expand U.S. production of precision-guided munitions.
Announced on October 12, 2026, the award calls for production at L3Harris’ new 60,000-square-foot Arsenal of Freedom facility in Camden, Arkansas. The company says the order represents the highest quantity of standard-range GMLRS propulsion units it has received under the program, although it has not disclosed the number of units or a delivery schedule.
The contract covers the rocket propulsion units rather than complete GMLRS rounds. Lockheed Martin is the missile system’s prime contractor, while L3Harris supplies the solid rocket motors that propel the rockets after launch.
New Camden Facility to Handle Production
The Camden facility is central to L3Harris’ plan to increase solid rocket motor manufacturing capacity. The company expects the new plant to begin operations later in 2026, using automation and robotics to consolidate production activities.
The facility is intended to help the company accommodate higher order volumes while maintaining manufacturing quality. However, L3Harris has not published a specific production target or delivery schedule for the new $250 million award.
The investment builds on an existing manufacturing base in Camden, where L3Harris produces propulsion components for multiple missile programs. In April 2026, the company announced a separate contract worth more than $65 million for Army Tactical Missile System (ATACMS) rocket motors, with deliveries scheduled for 2027 and 2028. That announcement also described a wider expansion involving more than 20 new advanced propulsion facilities in Camden.
These investments address a critical part of missile manufacturing: the ability to produce propulsion units in sufficient quantities to support final assembly and delivery of complete weapons.
Why GMLRS Propulsion Matters
GMLRS is a precision-guided rocket system used by the U.S. Army and allied forces. It can be fired from the M142 High Mobility Artillery Rocket System (HIMARS) and the M270 Multiple Launch Rocket System (MLRS).
The weapon is used for precision fires against targets beyond the reach of many conventional tube-artillery systems. Its operational value depends not only on guidance and targeting technology, but also on the availability of complete, serviceable rockets.
L3Harris manufactures the solid rocket motor that provides propulsion during flight. The company also supplies the electronic safe-and-arm device and proximity sensor for GMLRS, according to its October 12 announcement. These components serve different functions within the weapon, supporting its propulsion and fuze-related systems.
A shortage of rocket motors can constrain deliveries even when other components and final assembly capacity are available. Increasing motor production therefore supports the broader industrial system required to deliver complete munitions to the Army and international customers.
Production Capacity Is the Key Measure
L3Harris said it has doubled GMLRS solid rocket motor output in recent years through manufacturing improvements and capacity expansion. That figure is a company-reported production claim, and the announcement did not provide the underlying annual output numbers.
The latest contract adds another order to this expansion effort. Its stated value of $250 million indicates the scale of the procurement, but the amount alone does not establish how many propulsion units will be delivered or how much annual production will increase.
The distinction matters because missile production depends on several linked stages, including raw materials, energetic components, motor fabrication, testing, final assembly and acceptance. Higher output at one stage does not automatically translate into an equivalent increase in completed weapons.
The Camden facility’s performance will therefore be better assessed through future delivery figures, demonstrated production rates and evidence that the plant can sustain the required manufacturing quality.
How the Award Fits the Army’s GMLRS Procurement
The new propulsion contract sits within a larger procurement system led by Lockheed Martin and the U.S. Army.
In October 2024, the Army announced a contract worth approximately $4.1 billion for Lockheed Martin to produce GMLRS rockets, Extended-Range GMLRS missiles and associated hardware. That award covered a broader package of finished weapons and related equipment, rather than just the propulsion units supplied by L3Harris.
The two awards should not be treated as directly comparable. The Army’s contract covers complete missile production and associated hardware, while the latest L3Harris award covers a specific component of the standard-range weapon.
This supply-chain relationship is important for U.S. and allied ammunition availability. Lockheed Martin needs a dependable flow of propulsion units and other components to manufacture complete rockets, while L3Harris must coordinate its own output with production requirements across its missile portfolio.
L3Harris’ December 2025 award of up to $200 million for GMLRS Insensitive Munition propulsion units provides another example of continuing demand for the company’s rocket motor production. That earlier award covered a different GMLRS propulsion configuration and should be distinguished from the standard-range order announced in October 2026.
The new $250 million contract reinforces the importance of the propulsion supply chain, but public information does not establish how much it will change total GMLRS deliveries or when additional finished rockets will reach military customers.
For now, the clearest measurable next step is the planned opening of the Camden facility and the subsequent disclosure of production and delivery results.
