Ferro Equipamento Agrícola · 2021
Scarecrow Función Principal: Dron de Protección de Cultivos
- A' Design Award de Ferro 2021 in Equipamento Agrícola
- CLIENT: LuXun Academy of Fine Arts
- Estimated Number of Design Views: 45,142
- Verification code 1D24513DEF · Verify this award
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About Scarecrow Función Principal: Dron de Protección de Cultivos
Texto do Libro: Scarecrow é un dron de protección de cultivos deseñado para uso en terras de cultivo. O dron completa as operacións de pulverización e regresa á súa base mediante control programado. Un deseño redundante de oito eixes e un algoritmo adaptativo de protección de enerxía permiten un voo seguro mesmo se falla un eixe. Un sistema de son reproduce cantos de aves para afastar os paxaros dos campos sen causarlles dano. O chasis principal está fabricado en fibra de carbono, as pezas de conexión son de aliaxe de titanio impresas en 3D, e os rotores están moldeados por inxección. Os rotores tamén recollen enerxía eólica para a autocarga mentres o dron está en espera.
About the A' Design Award de Ferro
Scarecrow Función Principal: Dron de Protección de Cultivos gañou o A' Design Award de Ferro, un recoñecemento prestixioso outorgado a bos deseños que cumpren os requisitos profesionais e industriais esperados de creacións ben deseñadas. Os gañadores Ferro demostran a gran habilidade, a alta especialización, a comprensión experta e a capacidade creativa dos seus creadores. Espérase que Scarecrow Función Principal: Dron de Protección de Cultivos sexa unha creación moi apreciada, admirada e querida que é práctica e innovadora. Este deseño gañador do A' Design Award de Ferro integra as mellores prácticas do sector e ten características técnicas competentes ligadas ao saber facer e ao talento. Scarecrow Función Principal: Dron de Protección de Cultivos é respectado pola súa minuciosidade e está deseñado para proporcionar melloras na calidade de vida que axudan a facer do mundo un lugar mellor.
Press Kit
- Unique Properties
- The product completes plant protection operations and homing through program control, and collects wind energy through its own rotor to complete self charging. 8 axis redundant design with adaptive power protection algorithm. The main body of the scarecrow is equipped with a sound system to disperse the birds around the farmland by playing the screams of birds, so as to protect the farmland while not harming the birds.
- Dimensions & Packaging
- Length 1200 mm, width 400 mm, the diameter of each shaft is 343 mm.
- Tags
- Plant protection, pesticide spraying, drones, automation, hunger reduction.
- Production Technology
- 8 axis redundant design, adaptive power protection algorithm, pesticide spraying control technology, the main frame uses carbon fiber high temperature molding process, the link part uses 3 D printing titanium alloy, and the rotor and other parts use injection molding process.
- Design Challenge
- Our challenge is to integrate form and function, taking into account the aesthetics of form and functionality.
- Research
- Scarecrow has an 8 axis redundant design, combined with an adaptive power protection algorithm, even if one axis fails during flight, it can maintain safe flight. The product comes with audio module, charging module and camera module. When the drone battery is full, the excess battery will be transferred to the docking pole.
- Inspiration
- So far, the food famine caused by the locust plague has been a problem that people all over the world are suffering. The source of the overall design of the Scarecrow is the abstract simplification of the organic form of the branches, and the fuselage and bracket adopt an integrated streamline form.
- Project Duration
- The project started in Shenyang, Liaoning Province in September 2020 and ended in Shenyang, Liaoning Province in December 2020.
- Operation Flow
- Use the set program to automatically complete the plant protection operation. After completion, it will use its own data cloud and GPS to accurately locate the location and stand by. During the waiting process, the charging module is connected to the docking column, the self charging is completed by collecting wind energy from its own rotor.
