The application of crop protection drones in agriculture is rapidly developing, and agricultural remote sensing drones are also gradually being promoted. Shengheng Tianbao provides a one-stop precision agriculture unmanned aerial vehicle remote sensing solution for domestic users, including intelligent flight, information collection, and data processing. Using flight control software for task planning, achieving autonomous flight and data collection of unmanned aerial vehicles; Utilizing full HD video recorders and airborne multispectral sensors to achieve full process investigation of crops and collection of growth information; By utilizing data analysis cloud platforms and customized services, users can easily obtain crop growth analysis maps, identify areas with crop growth problems, and create crop nitrogen fertilizer variable fertilization prescription maps to improve nitrogen fertilizer utilization efficiency and crop yield.

In order to meet the needs of domestic users, Shengheng Tianbao has partnered with multiple agricultural drone remote sensing companies such as Parrot and Sentera to launch a series of package services. Depending on the size of the farm, corresponding products and services can be selected. Large and medium-sized farms can choose fixed wing drone sets such as Parrot Disco Pro Ag and eBee SQ, while small and medium-sized farms can choose multi rotor drone sets such as Parrot Bluegrass and Sentera.

All agricultural drone remote sensing kits use internationally advanced multispectral sensors to ensure the accuracy of crop information. The multispectral sensors used by Shengheng Tianbao mainly include Parrot Sequoia sensors and Sentera series sensors. The main difference between these sensors is the subtle difference in band information, and the overall function meets the needs of agricultural production.

model	Parrot Sequoia	Sentera Single	Sentera Double	Sentera Quad
size	59 mm x 41 mm x 28mm	25.4mm x 33.8mm x 37.3mm	59mm x 41mm x 44.5mm	76mm x 62mm x 48mm
weight	107g	30g	80g	170g
band	1 RGB 4 monochrome bands Green wave: 550nm x 40nm Red wave: 660nm x 40nm Red border: 735nm x 10nm Near infrared: 790nm x 40nm	NDVI Camera (Single) Red Wave: 625nm x 100nm Near infrared: 850nm x 40nm NDRE camera (single) Red border: 720nm x 40nm Near infrared: 840nm x 20nm	NDVI camera Red Wave: 625nm x 100nm Near infrared: 850nm x 40nm NDRE camera Red border: 720nm x 40nm Near infrared: 840nm x 20nm	1 RGB 3 monochrome bands Red wave: 655nm x 40nm Red border: 725nm x 25nm Near infrared: 800nm x 25nm

By using the intelligent flight control software Pix4DCapture, flight operations become easy and simple, without the need for professional pilots to complete flight tasks. Users only need to draw the work area on their mobile devices, set the flight route, flight parameters such as flight altitude, overlap, etc., to complete the flight task settings. After uploading the flight mission to the drone, the drone can automatically collect information according to the planned route.

By using data analysis cloud platforms such as AIRINOV FIRST+, Pix4dAg, AgVault, etc., users can easily process image data collected by multispectral sensors. Users only need to upload the data to the cloud platform to obtain crop health diagnosis reports and discover problematic fields. At the same time, variable fertilization prescription maps can be created as needed to achieve precise nutrient management.