The aviation industry of Russia has introduced a new approach to forest fire suppression that involves the integration of crewed aircraft and specialized unmanned aerial vehicles. The proposed firefighting complex, Ogneborets, would enhance fire detection, aerial firefighting, and operations in hazardous environments by using the LMS-901 Baikal light utility aircraft and autonomous flying-wing drones. The concept was introduced at an industry conference that took place on October 15, 2026, at the Shushenskoye airfield in the Krasnoyarsk region.
The aviation alliance Aerokhimflot, in collaboration with aerial firefighting specialists, developed the initiative to address a long-standing technological gap in Russia’s forest protection operations. The proposed system would integrate aircraft and drones into a coordinated operational network, with each platform performing tasks that are appropriate for its capabilities, rather than considering them as distinct tools.
A New Approach to Russia’s Forest Firefighting
In Russia, forest fires are a recurring issue due to the extensive forest, remote settlements, and challenging terrain that can complicate firefighting operations. Detecting the movement of a fire and efficiently directing resources remain significant operational challenges, although aircraft provide essential access to areas that ground personnel cannot easily reach in many regions.
Through the integration of piloted aviation and specialized unmanned aircraft, the Ogneborets concept aims to improve this situation. The drones would provide precise information regarding the fire’s location, intensity, and movement, while the larger crewed platform would execute significant aerial support and firefighting operations.
The approach is intended to replace the fragmented use of aviation assets with an integrated system that is tailored to the practical requirements of forest protection services, as per Aerokhimflot. The goal is not merely to increase the number of drones but to guarantee that operational personnel, aircraft, unmanned systems, and communications equipment can collaborate efficiently.
This distinction is crucial because a drone that is intended for routine aerial photography or general surveillance may not have the necessary endurance, payload capacity, or environmental resilience to perform demanding firefighting missions.
The LMS-901 Baikal is proposed as the primary aircraft
A Russian-developed light multipurpose aircraft, the LMS-901 Baikal, is the focal point of the proposed system. It is intended to replace the aging Antonov An-2 aircraft in various roles and support regional aviation.
The Baikal, which was created by the Ural Civil Aviation Plant (UZGA), is designed to operate in areas where airport infrastructure availability is restricted and remote locations require dependable access. It is a potential platform for various specialized aviation missions, such as cargo transport, patrol, monitoring, and emergency support, due to its adaptable cabin and relatively compact design.
Aerokhimflot suggests that the aircraft be modified to perform the main crewed-aircraft functions within the Ogneborets system. These may include the delivery of firefighting agents, the installation of foam barriers, the transportation of personnel, and the deployment of specially trained forest firefighters in cases where operational conditions permit.
The alliance asserts that its members have already signed formal contracts to acquire Baikal aircraft, which could serve as a basis for implementing the new system. Nevertheless, the aircraft’s main function within the system would be contingent upon the development and certification of appropriate mission equipment, operational procedures, and safety measures.
The Baikal’s participation would also establish a connection between the firefighting initiative and Russia’s overarching effort to develop domestic production capabilities for light utility aircraft and their associated systems.
Flying-Wing Drones Designed for the Most Dangerous Areas
A fleet of specialized unmanned aerial vehicles, which are designed in a flying-wing configuration, would constitute the second significant element of Ogneborets. Other mission-specific systems, thermal imaging equipment, optical cameras, and communications modules would be carried by these aircraft.
Their main responsibility would be to conduct operations in regions where direct observation is difficult due to smoke, humidity, and difficult terrain. Thermal cameras could assist operators in the identification of heat sources and the location of fire hotspots, while optical sensors would provide visual information regarding the surrounding landscape and the progression of the fire.
The drones could also be used to support operations in areas where power transmission lines and other infrastructure are at risk of being destroyed by advancing flames. Another proposed capability is nighttime operations, which could enable firefighting teams to maintain surveillance after darkness, when visibility deteriorates and changing fire conditions may be difficult to assess from the ground.
Nevertheless, the concept does not imply that any existing flying-wing drone could promptly execute these missions. Aerokhimflot’s proposal underscores the necessity of purpose-built unmanned systems that can satisfy stringent requirements for endurance, payload capacity, communications reliability, and resistance to elevated temperatures and smoke.
The published concept has not yet specified the actual performance of the proposed drones, including their endurance, operating altitude, sensor range, and tolerance to environmental conditions.
Aviation Experts Establish Requirements for Firefighting Drones
Ogneborets’ emphasis on the establishment of technical specifications for unmanned aircraft prior to their development and procurement is one of its most noteworthy features.
According to the alliance, the civilian drone market in Russia has primarily developed around platforms that are intended for individual tasks, such as aerial observation and monitoring. However, these systems may offer valuable information; however, they are not necessarily designed to operate effectively in the rigorous operational environment of forest firefighting.
The new initiative aims to provide manufacturers with a more precise set of requirements that are informed by the expertise of aviation professionals and forest protection specialists. These specifications encompass the capacity of the payload, the endurance of the equipment, the integration of the equipment, and the capacity to operate in high-temperature and smoke-filled environments.
Klim Galiullin, head of Aerokhimflot, argued that drone manufacturers should not develop aircraft in isolation and then attempt to sell them to forest protection organisations. Instead, he said, experienced operators should define the requirements that industry needs to meet.
The objective of Ogneborets is to establish a drone fleet that is designed to meet the practical requirements of aerial firefighting, with specific performance requirements and procedures for integration into existing aviation operations.
The Implications of the Shushenskoye Conference for the Project
The concept was introduced at the conference “Innovative Technologies and Directions in Organizing Forest Firefighting Through the Joint Use of Aviation and UAVs.” The event on October 15 brought together representatives from Aerokhimflot, UZGA, relevant government bodies, forest aviation specialists, experienced aviation professionals, and Russian unmanned-systems developers.
The event served as a platform for the establishment of shared objectives regarding the advancement of firefighting drones and their integration with crewed aviation. It also underscored the significance of involving end users in the design process.
At present, Ogneborets is just a concept that has yet to be implemented, rather than a fully operational firefighting system. The deployment schedule, final aircraft configuration, confirmed drone specifications, and procurement budget for the entire complex are not established by publicly available information.
Its importance is derived from the proposed operating model, which involves the integration of specialized drones capable of gathering information in hazardous areas with the payload and mission flexibility of the Baikal.