Accuracy
Before Tempo
Published December 27, 2025
Why wartime production can't be ordered into existence — and what the 2026 GAO assessment just confirmed.
Speed is a lagging indicator, not a lever.
The mechanism
Pressure applied to the output doesn't create speed. It creates the appearance of it — rework, congestion, and fragility — followed by the delay it was meant to prevent. Move the inputs, and tempo follows.
Why it matters now
A prediction that just came true
In June 2026, GAO delivered its latest verdict on defense acquisition: after decades of reform, the system still cannot produce speed. More than 100 of the Pentagon's costliest programs. Twelve-plus years, on average, to a first capability. A "rapid" pathway that keeps absorbing immature technology.
This paper argued the mechanism months earlier — and carries it past the acquisition front end everyone debates, into production, where the same failure compounds. A shorter process cannot compensate for unresolved engineering risk. That's true at a production decision. It's just as true on the line.
The contribution
A named failure mode
The paper's original synthesis is a framework built to be used, not admired — a way to diagnose why urgency so reliably backfires in complex production.
The Output Control Fallacy
Leaders attempt to increase output by applying pressure to outcomes rather than redesigning the inputs that generate those outcomes. In complex manufacturing environments, this predictably degrades performance. Engineers don't command results into existence; they design the conditions under which results reliably emerge.
Range
One mechanism, three domains
Columbia-class
Unstable inputs, premature production. Construction began on an unfinished design; missing build instructions produced out-of-sequence work and a rework backlog that bled schedule into the Virginia line.
155 mm shells
Targets without capacity. Aggressive output goals collided with energetic-material supply, tooling, and inspection limits — generating quality holds and rework, not usable yield.
Test & qualification
Low failure tolerance. Where rework costs are high, compressing test and qualification timelines negates any nominal schedule gain. Output discipline is inseparable from input discipline.
The full paper: historical mobilization, the input–output framework, and design-level recommendations for a defense industrial base built to endure.
Read the full paper →