What if a combat jet could launch from a space the size of a pickleball court, fly over 2,100 nautical miles, carry the same weapons as an F/A-18 Hornet or F-35 Lightning II, and fight without a pilot onboard?That aircraft is the X-Bat—and it’s not science fiction.In this video, we break down how the X-Bat is redefining modern airpower by combining vertical takeoff and recovery, a fighter-grade engine, long-range endurance, and advanced AI autonomy. Unlike most unmanned aircraft that rely on business-jet engines and fixed runways, the X-Bat uses the F100 engine, a combat-proven powerplant with tens of millions of flight hours behind it.You’ll learn how the X-Bat can:*Launch and recover vertically from dispersed, mobile locations*Carry four internal AMRAAMs while remaining stealthy*Use external hardpoints for JDAMs, cruise missiles, anti-ship weapons, and more*Perform air-to-air, strike, electronic warfare, and reconnaissance missions*Continue flying as a jammer and sensor platform even after expending its weapons*Team with manned fighters like the F-35 in collaborative combat missionsWe also explore how high-altitude flight improves missile performance, why thrust vectoring allows extreme maneuvering without pilot limits, and how lessons from earlier VTOL aircraft and spaceflight recovery systems influenced the X-Bat’s design.This isn’t a disposable drone.It’s a distributed combat system—one that changes where aircraft can operate from, how risk is absorbed, and how future air battles will be fought.