US Missile Production Lags Behind Wartime Demand
- The United States is facing challenges in missile manufacturing, hindering its ability to rapidly replenish precision weapons during a high-intensity conflict.
- John Borrego, Senior Vice President of Aerospace and Defence at Machina labs, explained that manufacturing speed isn't solely about machine output.
- According to Borrego, who previously held senior roles at Northrop Grumman, SpaceX, Rocketdyne, and Los Alamos National Laboratory, this timeline is increasingly misaligned with the speed of modern...
U.S. Missile manufacturing Struggles to Keep Pace with Modern Warfare
The United States is facing challenges in missile manufacturing, hindering its ability to rapidly replenish precision weapons during a high-intensity conflict. Experts are raising concerns about the speed at which the military can translate needs into fielded weapons.
John Borrego, Senior Vice President of Aerospace and Defence at Machina labs, explained that manufacturing speed isn’t solely about machine output. “Manufacturing speed means the ability to translate design intent into flight-ready components, iterate quickly, and surge output without months or years of retooling,” Borrego said in responses provided to Defence Blog. He defines this as ”time-to-fielded-firepower” – the period from identifying a need or replacing losses to delivering qualified weapons at scale.
According to Borrego, who previously held senior roles at Northrop Grumman, SpaceX, Rocketdyne, and Los Alamos National Laboratory, this timeline is increasingly misaligned with the speed of modern conflict. “TodayS threat surroundings evolves on operational, not industrial, timelines,” he stated. “adversaries iterate weapons, tactics, and countermeasures faster than legacy defense manufacturing can traditionally respond. If production takes years to adapt, even technically superior systems arrive too late to matter.”
Borrego identified four interconnected timelines that impact manufacturing speed and the ability to meet wartime demand. The first, “design to producible,” measures how quickly a concept becomes buildable and testable.