Lockheed Martin says its Next-Generation Short-Range Interceptor (NGSRI) team recently walked the production lines of the company’s Camden, Arkansas, facility for an automation demonstration and the first deliveries supporting the programme’s qualification phase. The company describes the visit as a milestone validating its initial hardware builds, while allowing the team to refine manufacturing processes ahead of full-scale production.

AUTOMATION AS THE ENGINE OF PRODUCIBILITY

Alongside its agile final assembly line, Lockheed Martin has stood up a dedicated automation cell that runs side by side with each tactical build, feeding real-time feedback to engineers and continuously refining the assembly sequence. The company says this builds a data-rich digital twin of its QuadStar missile production process, creating a feedback loop that sharpens producibility at the point of manufacture rather than after the fact.

PREPARING TODAY TO SCALE FOR TOMORROW

Lockheed Martin says its production focus is matched by a forward-looking strategy anticipating future demand, with first-unit production flow compressed to nearly half the traditional duration. The company says real-time data from these processes has already identified bottlenecks, reduced rework and trimmed manpower needs, translating into cost and schedule savings, while the team works to build capacity to scale for customers.

LEARNING FROM CAMDEN’S HERITAGE

The Camden facility, which the company describes as an industry standard for high-performance munition manufacturing, draws on lessons learned from programmes including the PAC-3 MSE and the GMLRS. Lockheed Martin engineers, production supervisors and supply chain partners work under what the company calls a producibility-first approach, with every new component passing a manufacturability review before reaching the line.

A DUAL-SOURCE SUPPLY CHAIN

The company says it is adding strategic depth to the NGSRI solution by broadening its industrial supply base and investing in new vendors for multiple interceptor components. The production model isolates NGSRI tooling, fixtures and supply chain pathways from other munition lines, Lockheed Martin says, allowing production to ramp to customer target rates while the PAC-3 MSE, GMLRS and other programmes continue unaffected, with the automation cell’s modelling capability intended to prevent growth in one area from creating a bottleneck elsewhere.

Lockheed Martin says its advanced manufacturing investments and supplier strategy are aimed at reducing the unit cost of each QuadStar missile while accelerating delivery timelines, describing the programme as an example of a digitally native, automated approach to defence manufacturing.