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Supercam to form new agricultural drone squadrons in 2027

Field treatment using agricultural drones and their maintenance is a new line of business for Supercam launched by the company in 2026, the spokesperson said

MOSCOW, November 11. /TASS/. The Supercam group of companies will form new squadrons of Supercam agricultural drones in 2027 to carry out aerial chemical operations, Ekaterina Zgirovskaya, official spokesperson for the group of companies, told TASS.

"During the 2026 agricultural season, Supercam crews used drones to treat 90,000 hectares with crop protection products for 50 farms in the Volga region. In 2027, the company's fleet of agricultural drones will be expanded; new squadrons will be formed for aerial chemical work," Zgirovskaya said.

Field treatment using agricultural drones and their maintenance is a new line of business for Supercam launched by the company in 2026, the spokesperson said. Aerial crop-spraying services utilizing agricultural drones and a mobile mixing unit are in high demand among farmers facing high resource costs and the need to ensure maximum yield per hectare, she noted.

Supercam specialists also handle "field digitization," conducting aerial photography and multispectral imaging of agricultural land to create precise field maps, Zgirovskaya stressed. This clearly illustrates the condition of crops and soil, and the presence of problem areas. Based on this data, farms can make decisions on the targeted application of fertilizers, forecast crop yields, detect pests in a timely manner, and plan logistics and fieldwork, among other tasks.

The advantages of agricultural drones over ground-based machinery lie in the fact that they do not trample crops or leave tramlines, and they can operate on waterlogged fields and complex terrain where tractors cannot pass, the spokesperson said. In addition, drones deploy to the field during the optimal treatment window, apply products with pinpoint accuracy, and therefore consume fewer chemicals. In particular, ultra-low-volume spraying technology reduces the consumption of working mixtures by a factor of 15.

"This approach helps achieve consistently high crop quality and make rational use of expensive resources - fertilizers, machinery, and labor," Zgirovskaya added.