![It is use to improve efficiency and agricultural yields with all problems related to
labor and the performance of the farming process that will be directly related to
agricultural production. This concept intends to carry out an optimal farming
process. Developing countries have started using unmanned aerial vehicles
(UAVs) for precision agriculture .
Ex.- Yamaha first developed the UAV model for agriculture for pest control and
crop monitoring [3], but the company discontinued its production in 2007.](https://image.slidesharecdn.com/aquauav-241220162400-211e9b0f/85/AQUA-UAV-Smart-Aerial-Monitoring-and-Irrigation-for-Sustainable-Agriculture-5-320.jpg)
AQUA UAV: Smart Aerial Monitoring and Irrigation for Sustainable Agriculture
- 1. AQUA-UAV
- 2. Presented by :-Team A-5 Aditya Aryan Arya(21102109029) AnkitKumar (21102109029) Amisha Kumari (21102109024) Abhiraj Kashyap (21102109026) Abhishek Anand (21102109014) In Supervision of Shubham Kumar (Guide) Dr. Gopal Nandan(Guide)
- 3. Introduction Agriculture is the backbone of human civilization, sustaining billions of lives worldwide. As the global population grows and food demand rises, the agricultural sector faces immense pressure to produce more while conserving resources and minimizing environmental impact. Global agricultural food production has to increase by at least 70% to meet the needs of the increasing world population (Ahirwar et al., 2019). This is a challenging goal because the agricultural sector depends largely on conditions that are not fully controlled such as the weather, soil condition and the quality and quantity of irrigation water. Therefore, it is crucial to adopt precision technologies such as drones to make optimum use of resources and improve agricultural productivity.
- 4. Drones have been used for diverse application purposes in precision agriculture and new ways of using them are being explored.Traditional farming methods, often labor-intensive and resource-consuming, are no longer sufficient to meet these challenges. Modern technology, particularly automation and robotics,has emerged as a game- changer in this domain. Among these innovations, the AQUA UAV (Agriculture Quadcopter for Uniform Application) stands out as a transformative solution,Combining precision, efficiency, and sustainability to revolutionize agricultural practices. Therefore, it is Crucial to adopt precision technologies such as drones to make optimum use of resources and improve agricultural productivity. Drones have been used for diverse application purposes in precision agriculture and new ways of using them are being explored.
- 5. It is use to improve efficiency and agricultural yields with all problems related to labor and the performance of the farming process that will be directly related to agricultural production. This concept intends to carry out an optimal farming process. Developing countries have started using unmanned aerial vehicles (UAVs) for precision agriculture . Ex.- Yamaha first developed the UAV model for agriculture for pest control and crop monitoring [3], but the company discontinued its production in 2007.
- 6. Hybrid Drone Nano & Medium sized Large Sized Drone Types Of Drone Based On Construction Fixed Wing Drone Single Rotor Drone Multirotor Drone
- 7. Types Of Drone Based On Working Agriculture Drone Delivery Drone Weather Monitoring Drone Military Drone Cinematography Drone GPS Drone
- 8. Cutting Edge Drone BAAZ Attack Drone Kharga Kamikaze Drone
- 9. Introducing AQUA-UAV The AQUA-UAV(Agriculture Quadcopter for Uniform Application -Unmanned Aerial Vehicle ) is a multi-functional quadcopter designed to address these challenges Head-on. It represents the convergence of engineering, robotics, and agricultural sciences,Offering a practical and scalable solution for farmers. The primary purpose of this UAV is to facilitate the uniform application of agricultural inputs such as fertilizers, pesticides across large fields. By doing so, it eliminates the inefficiencies and inaccuracies of traditional methods, ensuring optimal crop health and higher yields.
- 10. Key features of the AQUA- UAV 1. Precision Spraying System: Equipped with advanced nozzles and spray mechanisms, the AQUA UAV ensures even distribution of inputs across the target area. This reduces wastage and prevents over- application, which can harm crops and the environment. 2. GPS-Based Navigation: The UAV uses GPS technology to map fields and plan efficient flight paths. This ensures that every part of the field is covered systematically without any overlaps or missed spots. 3. Automated Controls: With its programmable flight modes, the AQUA UAV can operate autonomously, requiring Minimal human intervention. Farmers can set parameters such as spray intensity, altitude and speed allowing for customized operations based on crop
- 11. 4. Real-Time Monitoring: Integrated cameras and sensors enable the UAV to collect data on crop health, soil moisture levels, and pest infestations. This data can be analyzed to make informed decisions about future agricultural activities. 5. Lightweight and Modular Design: The UAV is designed for ease of use, with a lightweight frame and modular components that Make it easy to assemble, transport, and maintain.
- 12. Applications and Benefits 1. Fertilizer and Pesticide Application: One of the primary uses of the AQUA UAV is the uniform application of fertilizers and Pesticides. Traditional methods often lead to uneven coverage, which can result in overuse In some areas and underuse in others. The UAV ensures precise application, improving crop Health. 2. Crop Monitoring: UAV allows farmers to monitor crop health in real time. Early detection of issues like pest infestations, nutrient deficiencies,Or water stress can prevent significant losses.
- 13. 3. Weed Control: The UAV can be used to apply herbicides specifically to areas with weed growth, minimizing the impact on crops and reducing the overall usage of chemicals. 4. Support for Smalland Large Farms: While large-scale farms benefit from the UAV’s ability to cover vast areas quickly, small- scale farmers can also use it to optimize their limited resources and improve yields.
- 14. Components 1.Drone Frame 2.Propulsion System 3.Flight Controller 4.GPS Module 5.Battery 6.Spray Tank and Pump 7.Nozzle 8.Remote Control 9.Transmitter and Receiver 10. Flow-meter
- 15. THANKYOU