Hypersonic Missiles Explained: Boost-Glide, Scramjets & More

Hypersonic missiles are not one technology. This video explains what “hypersonic” actually means, why Mach 5 alone is not enough, and how the major families of hypersonic weapons differ in the way they fly, maneuver, and reach their targets. We break down hypersonic boost-glide weapons, hypersonic cruise missiles, aeroballistic and air-launched ballistic missiles, maneuvering reentry vehicles, quasi-ballistic systems, and fractional-orbital hybrids. Along the way, the video examines systems and programs including Kinzhal, Avangard, DF-17, Dark Eagle, ARRW, X-43A, X-51A, HACM, Zircon, Iskander, and Fattah-1, then explains anti-ship and land-attack missions, nuclear versus conventional payloads, and why hypersonic threats create difficult—but not impossible—defense problems. CHAPTERS 0:00 What Hypersonic Actually Means 1:40 Ballistic Missiles at Hypersonic Speed 3:00 Hypersonic Boost-Glide Weapons 4:31 Strategic Boost-Glide Vehicles 6:11 Theater & Intermediate-Range Boost-Glide 8:43 Air-Launched Boost-Glide Weapons 10:17 Hypersonic Cruise Missiles 12:07 From Scramjet Experiments to Weapons 14:37 Air- & Sea-Launched Cruise Variants 16:06 Aeroballistic & Air-Launched Ballistic Missiles 17:41 MaRVs & Quasi-Ballistic Missiles 20:05 Fractional-Orbital & Orbital-Like Systems 21:51 Anti-Ship Hypersonic Missiles 23:19 Land-Attack Hypersonic Missiles 24:38 Nuclear vs Conventional Payloads 25:53 Why Hypersonic Weapons Are Hard to Defend 28:12 The Hypersonic Family Tree Which branch of the hypersonic family tree do you think is the most misunderstood: boost-glide, cruise, or aeroballistic? #HypersonicMissiles #HypersonicWeapons #MilitaryTechnology