👉 Re-entry missiles, also known as hypersonic glide vehicles (HGVs) or terminal high-altitude re-entry vehicles (THARVs), are advanced missile systems designed to travel at hypersonic speeds—typically above Mach 5—before descending and re-entering Earth's atmosphere. These missiles are engineered to glide through the atmosphere using aerodynamic control surfaces, enabling them to navigate towards their target with high precision. Once they reach lower altitudes, they transition from flight mode to parachute-assisted descent, allowing for precise targeting and impact. Originally developed for military applications, such as strategic deterrence and precision strikes, re-entry missiles represent a significant advancement in missile technology due to their speed, maneuverability, and accuracy.
