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You are reading an Entry #455061 on Scarecrow Plant Protection Drone in the A' Design Awards' Design+Encyclopedia, the crowdsourced encyclopedia of art, architecture, design, innovation and technology. You too can contribute to the Design+Encyclopedia with your insights, ideas and concepts. Create a New Entry now. | ||||||||||||||||||
Scarecrow Plant Protection DroneScarecrow Plant Protection DroneScarecrow Plant Protection Drone is an innovative agricultural automation solution that represents a significant advancement in sustainable farming technology, combining plant protection capabilities with eco-friendly bird deterrence mechanisms. This sophisticated drone system, designed by Guangpeng Yue and team, features an eight-axis redundant design with adaptive power protection algorithms, ensuring operational stability even in the event of single-axis failure. The drone's distinctive design draws inspiration from the organic forms of tree branches, incorporating a streamlined integrated fuselage and bracket system manufactured using carbon fiber high-temperature molding processes and titanium alloy 3D printing techniques. Measuring 1200mm in length and 400mm in width, with individual shaft diameters of 343mm, this autonomous agricultural tool employs a unique combination of pesticide spraying control technology and an integrated sound system that broadcasts bird distress calls to protect crops without causing harm to wildlife. The system's innovative self-charging capability harnesses wind energy through its rotors, demonstrating a commitment to sustainable operation. The drone operates through sophisticated program control, utilizing cloud data and GPS technology for precise navigation and automated plant protection operations, while its docking system enables efficient energy management by transferring excess power to the docking pole. This groundbreaking design, which won an Iron A' Design Award in the Agricultural Tools, Farming Equipment and Machinery Design category, exemplifies the harmonious integration of technological innovation with environmental consciousness, addressing critical challenges in modern agriculture such as food security and sustainable pest management. Author: Adam Dawson Keywords: agricultural automation, sustainable farming, plant protection, drone technology, pest management, eco-friendly agriculture SOURCES: |
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