Large Drones for a Large Country
The Hopper heavy agricultural drone was presented to farmers at the Innoprom 2026 exhibition, highlighting a new generation of Russian unmanned aircraft designed for large-scale field operations.
Development and production of agricultural drones have become one of the three fastest-growing segments of Russia's unmanned aerial vehicle industry. A drone-driven transformation is now underway across Russian agriculture, reshaping farming in much the same way that mechanization and chemical crop treatment once did.
Agricultural UAVs, which until recently were used primarily for crop monitoring, are evolving into full-fledged field machinery. They improve the efficiency of planting operations and have become indispensable for both large-scale and precision application of fertilizers and crop protection products. As a result, agricultural drones are steadily increasing in both size and productivity.
A Smart Flying Tractor
At the Innoprom 2026 international industrial exhibition in Yekaterinburg, Tambov Region presented its new heavy agricultural drone platform, Khopper. Designed as a multi-purpose system, the platform can be configured for a variety of applications. The base aircraft weighs 40 kilograms and supports interchangeable payload modules. In its agricultural configuration, it carries a 50-liter spray tank, while the logistics version transports cargo weighing up to 30 kilograms.
The platform therefore serves both as an agricultural drone for field treatment and as a logistics drone for cargo delivery. When required, it can be equipped with additional mission-specific payloads. In autonomous mode, the UAV can operate for up to 40 minutes. Tambov-built drones have already been tested in agricultural operations and are being used for field treatment.
A key advantage of the platform is its high level of domestic manufacturing. The airframe, tank, and boom arms are produced in Tambov, while the motors, the most critical components, are supplied from Perm. More than 70% of the system consists of Russian-made components. The platform has already completed reliability testing and is designed to operate at temperatures as low as minus 25 degrees Celsius.
The result is an aerial tractor capable of carrying substantial payloads while treating large agricultural areas efficiently.
Growing Demand, Growing Market
The new platform also offers significant room for further development, including integration of an onboard artificial intelligence system currently being developed in Tambov.
Khopper is entering Russia's civilian unmanned aircraft systems market, which has expanded steadily since 2022. In early 2024, following instructions from President Vladimir Putin, the national project Bespilotnyye aviatsionnyye sistemy (Unmanned Aircraft Systems) was launched to create conditions for manufacturing different categories of unmanned aircraft and expanding their use across all sectors of the Russian economy. Its central objective is to establish an innovative industrial sector.
That is why the country's largest agricultural exhibition, All-Russian Field Day 2026, includes two panel sessions devoted to UAV applications in agriculture: "Development of Unmanned Systems Used in Agriculture" and "Development of Integrated UAS Solutions for Phytosanitary Crop Monitoring and Plant Protection."
The near future of digital agriculture in Russia is closely tied to large agricultural drones. They are becoming essential for crop production across the country's vast farmland. Russia has 379.8 million hectares of agricultural land, including about 197 million hectares of farmland, while an estimated 31 million hectares remain unused and are expected to be brought into agricultural production. For comparison, Germany had approximately 16.7 million hectares of agricultural land in 2024. Managing agricultural areas on such a scale requires large equipment, including aerial platforms.
Export Potential
UAVs are becoming an increasingly important part of Russia's agricultural development. In Samara Region, for example, drones treated about 170,000 hectares of farmland during the first ten months of 2025, 8.5 times more than during the entire previous year. Agricultural drones were used for crop monitoring, field condition analysis, and crop treatment.
At the same time, training programs for drone pilots and maintenance technicians are expanding alongside manufacturing. Together, they are creating a UAV ecosystem that supports continued development of the agricultural sector.
According to Anton Blik, CEO of Flying Trucks, Russian unmanned aircraft, including agricultural platforms, have strong export potential. Russian-designed systems are competitively priced, reliable, require little fuel, and use water and agricultural chemicals efficiently. That makes them well suited for countries with extensive agricultural land, challenging terrain, diverse climates, and rapidly changing weather conditions.
