Lockheed and General Dynamics Tested New Rocket Motor
The successful test signals a scaling of domestic rocket production for military and industrial contractors.
Updated on Oct. 11, 2026 in Military Jobs
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Lockheed Martin and General Dynamics have successfully tested a new solid rocket motor for the GMLRS platform. This development marks a shift from manufacturing preparations to active testing, aiming to expand domestic rocket output.
Why it matters
The partnership seeks to reduce production bottlenecks by establishing a second manufacturing source for essential rocket components. This increase in capacity is intended to meet long-term government procurement targets.
The U.S. Army has set a procurement target of 133,014 GMLRS rockets through 2034. Annual production capacity is currently scaling from 10,000 rockets in 2024 to 14,000 in 2025.
The players
Lockheed Martin
A global aerospace and defense firm that provides advanced systems and prime contractor services to the U.S. government.
General Dynamics
A major aerospace and defense contractor that supplies land combat systems and munitions manufacturing capacity.
The details
The test validated a motor design produced through a collaboration between Lockheed Martin and General Dynamics, which is essential for scaling the output of Unitary GMLRS rockets. Manufacturing operations for these motors are centered at a facility in Camden, Arkansas. Following this propulsion test, the motors must undergo further qualification procedures before being integrated into regular, high-volume production lines.
Timeline
August 2024: Lockheed Martin and General Dynamics formed a teaming agreement.
2024: Annual production capacity reached 10,000 GMLRS rockets.
2025: Annual production capacity is planned to reach 14,000 rockets.
October 9, 2026: The testing advancement was publicly disclosed.
Through 2034: The Army target period for 133,014 total GMLRS rockets.
Market Landscape
This test marks an advancement in domestic industrial capacity building, following a pattern set by recent U.S. defense industrial base modernization initiatives. The partnership demonstrates a move to mitigate single-source dependencies through cross-firm collaboration.
Operators in the defense supply chain should monitor shifts in procurement volumes and material demands as production capacity for GMLRS components expands. Firms should evaluate their capacity to meet these higher output targets while managing ongoing qualification requirements.
The takeaway
The successful motor test signals that the industrial scale-up for precision munitions is transitioning from design to production. Suppliers should track the 14,000-unit annual capacity target as a signal for potential downstream demand in related aerospace component sectors.
Further reading
For broader trends in defense manufacturing and workforce requirements, visit Military Jobs.
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