How Precision Drone Spraying Reduced Farm Costs by 30% In some rural areas of Fujian province, China, traditional pesticide application mainly relies on manual labor. This approach is not only inefficient but also prone to uneven spraying, pesticide waste, and high labor costs. In large-scale seed rice cultivation, manual spraying often requires long operation cycles,…
Heavy-Duty Drone + Independent Nozzle Heavy-load drones equipped with independent nozzles can solve the problem of irrigation difficulties in mountainous orchards. They offer high precision, scanning orchards to generate 3D terrain models,intelligently planning irrigation paths, and generating reports on irrigation coverage and water consumption upon completion. This saves irrigation time, increases fruit yield by 18%,…
Drone Fertilization in Rice Paddies: High Efficiency The client is using agricultural drones to fertilize rice paddies. Each drone can spread 70 kg of fertilizer per application, totaling approximately 10 tons per day, covering an area of 300-400mu (about 20-20 hectares), equivalent to the daily workload of more than 50 workers. This method not only…
Drone Spectral Sampling Helps Enable Precise Fertilization The drone collects 200 spectral data points per hectare along a preset flight path, converts them into soil nutrient index using the NDVI algorithm, and transmits the data synchronously to a cloud platform to generate a fertilization recommendation map. After adopting this technology at the client’s rice planting…
Transporting Fresh Produce from Mountainous Areas: Solving the Problem of Getting Agricultural Products Out of the Mountains The client’s local orchards are mostly located on slopes at altitudes of 800-1200 meters. Traditional transportation relies on manual carrying or small agricultural vehicles navigating winding mountain roads. A one-way trip from the orchard to the cold chain…
Cross-Regional Emergency Supplies Delivery Ensures Continuous Power Grid Inspection As the surface temperature approached 60°C, three heavy-load power lines required urgent inspection. The inspection team used drones to deliver spare batteries, high-definition inspection equipment, and other supplies to remote inspection points, avoiding long-distance travel for personnel under extreme heat. This allowed the line inspections to…
Drones Transport Injured People in Mountainous areas: “Aerial Stretchers” Solve Rescue Challenges on the Plateau At an altitude of 3,000 meters on the border of the Plateau, a hiker fell and injured his right leg, sufferingmoderate altitude sickness. Traditional ground rescue was hampered by the rugged mountain roads and impassable vehicles, while emergency rescue was…
Emergency Supplies to Flood-Stricken Islands .During the 2023 floods, a village was surrounded by floodwaters, forming an ‘island,’ and traditional assault boats could not approach due to rapid currents. The rescue team deployed three long-endurance drones equipped with turbojet engines, using a ‘point-to-point hover drop’ method to deliver life jackets, emergency lights, and compressed biscuits…
Drone Inspections Empower Mountain Wind Farms This wind farm is located in a mountainous area at an altitude of over 2,000 meters and has 80 wind turbines with a single-unit capacity of 3 MW, each with blades 68 meters long. Traditional manual inspections require workers to climb to the top of the turbines, taking about…
Drone Infrared Temperature Inspection: Fault Warning Case of 220kV Substation Equipment A 220kV substation in the core area of a city undertakes 30% of the power supply task for the urban area. The substation is densely equipped, and traditional manual inspections using handheld infrared thermometers have issues such as many temperature measurement blind spots and…
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