Due to the heavy financial and human costs of fighter jets, today the defense and offensive doctrine of countries has turned to the use of remote-controlled drones (UAVs). UAVs in various classes of weight, dimensions and missions, by reducing financial and human costs as well as increasing stealth, have provided new capabilities to the military and increased their military capability in the field of reconnaissance (ISR) and combat. In addition to UAV reconnaissance and combat missions as a future priority of countries' military doctrine, the possibility of disrupting enemy radar and telecommunications systems is one of the goals of UAV electronic warfare. By using short-range and long-range radar and telecommunication interceptors, it is possible to reduce the performance of enemy systems and provide a secure air, land and sea corridor to support the combat of its own forces. In this regard, there are challenging factors in the design and construction of basic UAV disruptors as well as their integration on UAVs. . The output of this scenario includes probable near future (up to 1 year) and short term (up to 5 years) scenarios for mid-range drones. In this activity, due to the existence of confidential information, only free information has been used through media monitoring and a panel of experts.