Why do Raytheon missiles look like they’re flying the wrong way after launch and still dominate modern air combat?In this video, we break down one of the most misunderstood concepts in missile warfare: why Raytheon designs its missiles to miss first. From the AIM-120 AMRAAM to the SM-6 and the classified AIM-260, U.S. missiles don’t chase targets immediately. Instead, they conserve energy, remain passive, and rely on networked guidance until the final seconds, when physics makes escape impossible.You’ll learn how midcourse updates, energy management, and endgame kinematics determine real kill probability, not advertised range numbers. We explain why legacy “fly straight at the target” missiles fail in modern contested airspace, and how Raytheon’s guidance philosophy flips missile combat on its head.We explore:• Why chasing targets early wastes energy• How inertial navigation and datalink updates keep missiles invisible• Why lofted and offset trajectories increase lethality• How ZEM and proportional navigation work together• Why endgame speed matters more than first-shot range• How SM-6 and AMRAAM use networked warfare to arrive fast• Why AIM-260 prioritizes kinematics over published range• How Raytheon missiles defeat jamming, decoys, and evasive maneuversIf you’ve ever wondered why modern missiles don’t “go straight,” or why U.S. weapons keep winning air combat despite competitors advertising longer range, this video explains the physics, doctrine, and engineering behind it.In modern air combat, the missile that wins isn’t the one that gets there first.It’s the one that arrives fast.
