THAAD
4 articles
- The Directed-Energy Power Stack: Power and Cooling Set the Limit
Directed-energy performance depends less on the laser emitter than on power generation, conditioning, heat rejection, and beam control. This supplier layer becomes commercially significant when deployments reach hundreds of systems or individual weapons scale into the hundreds of kilowatts.
- The Carrier-Surge Sustainment Constraint
Sustained carrier concentration depends on interceptor inventories, escort rotations, replenishment capacity, and maintenance depth. November marks the point when additional Middle East presence may consume readiness faster than it creates deterrence.
- The Rocket Motor Allocation Problem: The Pentagon Is Acquiring Control, Not Ceding It
The solid rocket motor crisis is not a producer-power story. The Pentagon is acquiring allocation authority through equity stakes, framework agreements, and subsidized second sources. The rent is at the sub-tier chemical and component layer, where genuine single-source status persists.
- The Missile Throughput Constraint: U.S. Air Defense Is Gated by Physics
U.S. interceptor consumption exceeds industrial output. This analysis maps the six physical constraints between appropriations and finished missiles, separating real capacity expansion from nominal demand.