Russia plans to establish training programs for operators of the Okhotnik heavy attack drone, according to reports from RIA News via the state corporation Rostec. The announcement signals a coordinated effort to build both the production capability and the human expertise necessary to operate one of the country’s leading unmanned systems. Rostec confirmed that the United Aircraft Corporation’s facility in Novosibirsk is gearing up to produce a batch of installations and to scale up to full production of UAVs tailored to meet the needs of the state customer. In parallel, a dedicated training curriculum for flight personnel has been designed to accelerate the readiness of units to be equipped with the new aircraft, ensuring pilots and technicians can reach operational capability efficiently as the program advances.
Rostec added that the Okhotnik is currently undergoing preliminary flight testing, with assessments focused on performance metrics, reliability, and integration with ground control and support systems. The drone, identified by its 14-meter wingspan, is built using a flying wing configuration, a design choice aimed at enhancing aerodynamics and payload efficiency. Specifications released emphasize a potential combat payload of up to eight tons and a takeoff weight surpassing 20 tons, underscoring the platform’s heavy strike capability. Rostec also noted that the aircraft’s arsenal is planned to include guided bombs and missiles, positioning the Okhotnik as a versatile asset for long-range engagements and precision strike operations.
The broader strategic context includes Russia’s decision to expand the production footprint for powerful attack unmanned aerial vehicles, a move that has attracted attention from international observers, including the United States. The progression of this program reflects continued emphasis on advanced aerial platforms that combine autonomy, endurance, and strong payload capacity.
Earlier developments in Russia’s drone program included the creation of a new system designed to suppress adversary unmanned aircraft operations, illustrating a layered approach to air power that pairs offensive capability with defensive countermeasures. This sequence of actions highlights a concerted effort to advance Russia’s unmanned aviation portfolio while advancing training and production readiness across key industrial hubs.