The Kukushka Drone to Become a New Tool for Emergency Responders
Students at the Moscow Aviation Institute are developing the Kukushka multifunctional drone for Russia’s Ministry of Emergency Situations (EMERCOM). The aircraft is designed to search for missing people and deliver first-aid kits, water, and emergency supplies.
Third-year students at the Advanced Engineering School of the Moscow Aviation Institute are designing the Kukushka fixed-wing drone for emergency services. The project is being developed by four students – Viktoriya Sandalova, Nikita Vovrenchuk, Georgiy Tomashevich, and Aleksandr Kukosh – with support from faculty members and industry professionals.
The aircraft combines three functions: area monitoring, locating missing people using a camera and thermal imager, and delivery of payloads weighing up to 5 kg, including parachute drops. The team says the drone will have a flight range of up to 80 km and an endurance of up to 1.5 hours. According to Viktoriya Sandalova, the system could shorten the time between the start of a search operation and the delivery of first aid. That is especially important when an injured person is stranded without assistance and every minute can have a direct impact on survival chances.
At this stage, the project remains a student-developed prototype rather than a commercial product. Even so, the concept addresses one of the most important practical applications of unmanned aviation: search-and-rescue operations and work in hard-to-reach areas.
The project is also significant for Russia’s technology sector because it combines aerospace engineering, robotics, machine vision, and navigation technologies. If successful, it could help reduce the time needed to locate people in forests, mountains, flood zones, and wildfire areas, while also delivering basic assistance before rescue teams arrive.
Flies Where Ground Access Is Difficult
The most immediate goal is moving from a student prototype to testing in real-world EMERCOM scenarios. The drone could prove useful where quadcopters are limited by range and where deploying a helicopter is too expensive or carries additional risks. That includes mountainous terrain or flood-response operations where roads have been washed out and ground access is severely restricted.
The domestic market currently appears more promising than exports. The national Bespilotnye aviatsionnye sistemy (Unmanned Aircraft Systems) program supports the development and mass production of domestic drones, along with infrastructure development, standardization, certification, and workforce training. Demand from EMERCOM is already evident: in 2024, the agency's units carried out 23,845 flights with a combined flight time of 5,544 hours.
Export opportunities exist, but they will depend on certification and demonstrated reliability. The most likely niche is specialized solutions for rescue services, disaster medicine, and monitoring remote territories across Asia, Africa, and Latin America. Russian drones could be particularly attractive in regions with vast sparsely populated areas and a high risk of natural disasters.
From Idea to Practice
The development of rescue drones in Russia has progressed steadily. By 2022, EMERCOM was already using unmanned aircraft systems to monitor floods, wildfires, and search-and-rescue operations. In 2023, a project was launched to develop a drone capable of delivering medical kits weighing up to 30 kg following calls to the 112 emergency service. That same year, Russia approved its Strategy for the Development of Unmanned Aviation through 2030.
In 2024, 1.1 billion rubles (about $14 million) were allocated for EMERCOM UAV procurement. Search teams, including LizaAlert, began using AI-enabled drones to locate missing people, while thermal-imaging drones assisted in real rescue operations in the Irkutsk region. In 2025, cargo-delivery drone scenarios were tested, further demonstrating demand for the payload-delivery capability that Kukushka is designed to provide.
The Future of Kukushka
Kukushka illustrates how a university project can address real-world challenges by accelerating search operations and helping deliver initial aid to victims. Its key advantage is the combination of monitoring, thermal-imaging search capability, and cargo delivery in a single aircraft.
The next critical step is bringing the platform to an operational level. EMERCOM requires fault tolerance, secure communications, all-weather capability, precise navigation, and safe cargo-release systems. In the near term, the project could evolve into a test platform for trials at EMERCOM training centers and testing grounds. If its performance claims are confirmed, Kukushka could occupy a niche between small reconnaissance drones and more expensive aerial rescue assets, becoming an important part of emergency-response operations.
