The emergence of AI-driven stealth drones—often referred to as "AI wingmen"—is revolutionizing aerial combat operations. These autonomous drones are designed to accompany manned fighter jets, acting as a force multiplier by extending the pilot’s situational awareness and providing additional defense mechanisms. Equipped with advanced electronic warfare capabilities, such as radar jamming and electronic countermeasures, the drones can disrupt enemy detection systems, creating openings for successful strikes. Beyond radar jamming, these AI wingmen are outfitted with precision weapons systems capable of engaging targets independently or in cooperation with their human counterparts. This not only improves combat efficiency but also significantly increases pilot survivability by allowing drones to take on the most dangerous tasks. The integration of artificial intelligence into these drones enables real-time data processing and decision-making, allowing seamless coordination with fighter jets during complex missions. The drones act as “more eyes in the sky,” feeding critical information about threats and terrain back to the pilot, enhancing tactical awareness. As this technology matures, operational concepts such as swarm tactics and collaborative attack strategies are being developed, which could redefine air superiority in future conflicts. The testing by the U.S. Air Force highlights an important shift toward manned-unmanned teaming, combining human expertise with machine precision to create a more resilient and adaptive combat force.