Built in the Foundry: Robotic Maintenance and the Future of a Warfighting Navy
Adm. Daryl Caudle’s Foundry–Fleet–Fight construct is more than a slogan for a new Chief of Naval…
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The United States Marine Corps stands at a strategic inflection point. Facing peer competitors with advanced…
Read More »Will Ukraine’s War Effort Be Threatened by Kamikaze Drone Engine Shortage?
The United States has just crossed a strategic threshold. In the strike against Iran, U.S. Central Command confirmed…
Read More »Marine Corps Aviation Transformation: A Comprehensive Analysis of the 2025-2026 Aviation Plans
The United States Marine Corps stands at a critical inflection point in its aviation modernization journey.…
Read More »Lessons Learned at Steel Knight 25: Operating Within and as a Kill Web
I spent two weeks in December with the 3rd Marine Wing working with 1MEF during the…
Read More »From Kill Chains to Kill Webs: 3rd Marine Aircraft Wing’s Communications Revolution
At 3rd Marine Aircraft Wing headquarters, a group of communications and intelligence professionals are working through…
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Technologically advanced missile systems are those missiles that have robust technological features to improve the lethal capabilities of the missile, either strengthening their combat prowess or their deterrent capability. One of the critical requirements in today's missile systems is the need for such technologies to be accurate. Accuracy strengthens deterrence, both conventional and weapons of mass destruction (WMD). Nevertheless, the accuracy of missile systems is reliant on many factors. These factors include both internal and external conditions to reckon with. There are many technological means through which accuracy can be either stabilized or improved. Instrumentation is crucial in missile technology to strengthen a missile's accuracy. Missiles need technological attention right from their launch. A ballistic missile has four phases: boost phase, ascent boost phase, mid-course phase, and terminal...