Remote Control Drone Sprayer DJI T10 with Centrifugal Nozzle and Maximum Flight Speed of 13m/s

Product Description

Product Background

Industry Development Background: In 2007, agricultural pest control drones began to develop in China. In 2012, DJI Dronestics applied drone technology to the agricultural sector and established DJI Dronestics Agriculture in 2015. With technological advancements, agricultural pest control drones are no longer limited to pesticide spraying but can also be used for fertilizer spreading, seed sowing, etc. The term "agricultural pest control drone" has gradually been replaced by "agricultural drone". Compared to manual labor, agricultural drones are more water-efficient and can improve pesticide utilization rates, having significant economic and environmental benefits, and are in line with the development trend of agricultural modernization.
DJI Product Development Background: In 2012, the DJI team noticed that model aircraft enthusiasts used DJI flight control modules to assemble drones with pesticide tanks for spraying pesticides in rice fields. The reason was that rural labor was aging, and there was a dilemma of having no one to hire for pest control operations. After three years of research and development, DJI launched its first agricultural drone MG-1 in 2015, achieving automated operations for pest control spraying. Since then, DJI has continued to innovate and has continuously applied technologies such as automatic navigation, intelligent spraying, and obstacle detection to agricultural drones.

Representative products and features:
MG-1: This is DJI's first agricultural spraying drone, equipped with a 10L working box, with a standard operating load of 10kg. It is equipped with 4 XR11001 nozzles. The maximum spraying rate for a single nozzle, using water as an example, is 0.43L/min. The spray width is 4-6 meters. It can effectively improve the efficiency of agricultural spraying operations, marking the beginning of DJI's agricultural drone application in the field of agricultural spraying.
T10: Released in 2020, it also comes with a 10L working box. It is equipped with 4 pressure nozzles and a spray width of up to 5.5 meters. The frame body is made of carbon fiber composite material. When folded, the volume is reduced by 70%, supporting quick insertion and removal of the working box, making it easy for field operations. The field operation efficiency can reach 100 acres per hour. It can also be equipped with a sowing system to achieve variable fertilization operations, and has high safety configurations, inheriting some high-level configurations of T30, such as standard RTK, front and rear FPV, spherical radar system, etc.
Market application situation: DJI agricultural drones have been widely used in the planting areas of over 100 crops, including rice, wheat, corn, and citrus. The application scope has expanded from pesticide spraying to fertilizer spraying, field transportation, and other aspects. The drone with a 10L working box is suitable for various plots due to its relatively small size and flexible operation. It is widely used in southern small plots and areas with more complex terrain, providing efficient and convenient agricultural operation methods for farmers.

Product parameters