Boosting Production

By Jordan Orris & Hillary Walker

In a dynamic geopolitical environment with rapidly evolving threats, the United States and its allies need next-generation solid rocket motors (SRMs) that travel farther, faster and with greater force to propel national defense, missile deterrence and rapid response missions.

Answering the call, Northrop Grumman is scaling production and quickly fielding new capabilities to deliver SRMs at a record pace. To date, we’ve delivered more than 1.3 million SRMs – ranging in size from a few inches to over 12 feet in diameter – that provide the Department of Defense (DoD), NASA and American allies with propulsion capabilities to deter and defend against missile threats, deliver payloads into space and enable discovery beyond our own planet. 

“Our goals are clear: we are expediting delivery, expanding range, and enhancing the performance of our rocket motors, all while pushing the boundaries of physics,” said Erik Buice, vice president of missile products.

Northrop Grumman’s digital transformation is driving down production timelines and costs. Integrated tools like modeling, simulation, artificial intelligence, machine learning, additive manufacturing, and virtual reality are accelerating collaboration, automating processes and optimizing every step of development.

“Each platform helps us model, monitor and deliver more effectively, each increasing collaboration and efficiency, while saving time and money,” said Jessica Ramsay, staff engineer, digital engineering & data.

This forward-leaning approach is grounded in a rich history of innovation. Our facilities in Utah, Elkton and at Allegany Ballistics Laboratory (ABL) have powered American defense for more than 65 years, with roots dating back to World War II-era propulsion lines.

“These sites form the backbone of our SRM production,” Jim said. “We’re no stranger to meeting American needs when our country needs it most.”