Tracking hypersonic glide vehicles, cruise missiles, boost-glide programs, intercept technology, and the global race to field operational hypersonic strike and defense capabilities.
New satellite imagery and open-source telemetry analysis suggest expanded deployment of DF-ZF HGV units across PLA Rocket Force brigades, with estimated Mach 10 terminal velocity posing significant intercept challenges.
The Air Force's decision to cancel the AGM-183A Air-Launched Rapid Response Weapon shifts hypersonic investment toward the HACM program, creating a potential capability gap versus peer competitors through the late 2020s.
Analysis of Avangard HGV flight profiles suggests maneuverability exceeds current GMD intercept geometry. The system is now operationally deployed on UR-100UTTKh ICBMs at Dombarovsky air base.
A comprehensive comparison of HCM and HGV delivery systems reveals distinct strategic trade-offs: HCMs offer lower radar cross-section and terrain-following, while HGVs deliver longer range and higher terminal velocity.
The Operational Fires program aims to deliver a ground-launched hypersonic strike capability at the corps level, enabling theater-range precision strike without air or naval platform dependency.
MDA's Glide Phase Interceptor program faces fundamental physics constraints: intercepting a Mach 10+ maneuvering vehicle requires sensors and kinetic kill vehicles with response times measured in seconds, not minutes.