How Does the XLP-410 Sprayer Drone Achieve Efficient Spraying
15 Jul 2024
0 Comments
Traditionally, aerial pesticide spraying has relied on conventional fixed-wing aircraft or helicopters piloted by humans. However, this practice is evolving. Small, remotely piloted aircraft are increasingly being used for pesticide application globally, particularly in East Asia, including China, Japan, and South Korea.
For instance, as of March 2016, Japan had registered approximately 2,800 unmanned helicopters, which were used to spray over one-third of the nation's rice fields. While rice remains the primary crop for drone spraying in Japan, the use of drones to treat other crops like wheat, oats, soybeans, and more has been steadily growing (Iost Filho, F. H., et al., 2020). Additionally, a report indicates that drones are responsible for 30% of pesticide spraying in South Korea (CropTracker, n.d.).
Given this context, this article will talk about why spraying drone has been used so widely globally in agriculture and how the XLP-410 spraying drone provided by OpenELAB and Rippa Group help our customer achieve higher grain yields.
Why Have Spraying Drones Become So Attractive
Ideal for Challenging Terrains
Firstly, drones are ideal for areas where the topography or soil conditions do not allow the use of traditional ground sprayers or conventional agricultural aircraft. In hilly or mountainous regions, rough terrains, or places with soft soil, using large machinery can be challenging and inefficient. Drones, on the other hand, can easily navigate these difficult landscapes, ensuring that crops in these areas receive the necessary treatment without causing soil compaction or erosion.
Cost-Effective Alternative to Aircraft
Secondly, when airplanes and helicopters are not available or are too expensive to use, drones offer a cost-effective alternative. Operating traditional agricultural aircraft requires significant investment in terms of fuel, maintenance, and skilled pilots. Drones, with their lower operational costs and ease of deployment, present an economically viable solution. They provide farmers with the flexibility to manage their fields more efficiently without incurring the high expenses associated with larger aircraft.
Efficient for Small, Irregular Fields
Thirdly, drones are particularly efficient in spraying small, irregular-shaped fields. Traditional ground sprayers and agricultural aircraft are not always suitable for such areas due to their size and maneuverability limitations. Drones can be programmed to follow precise flight paths, ensuring uniform coverage even in fields with complex geometries. This capability maximizes pesticide use efficiency, reducing waste and ensuring that every part of the field receives the appropriate treatment.
Enhanced Safety for Applicators
Lastly, using drones significantly reduces the risk of applicators being contaminated by pesticides, especially those using backpack sprayers. Traditional methods often expose workers to hazardous chemicals, posing serious health risks. Drones eliminate the need for close human contact with pesticides, enhancing safety and minimizing health hazards. This not only protects the workers but also contributes to a safer working environment in agriculture.
How does OpenELAB XLP-410 help farmers in spraying
What is XLP-410 Sprayer Drone
OpenELAB is proud to offer our customers agricultural drone solutions together with Rippa Group with XLP-410 sprayer drone is at its core. Spot spraying, variable-rate spraying, or spraying a portion of the field that does not allow heavy equipment to get in the field, all can be accomplished easily with drone spraying technology. The second part of the article will discuss how each component of XLP-410 spraying drone work to help spraying your field.
Aerial Explorer T8 Power System
The Aerial Explorer T8 Power System is an integrated power system that includes the motor, ESC, propeller, and motor mount, making it very convenient to install and use. It is made of high-strength aluminum alloy material with precision machining and an optimized structural design that especially enhances the protection of motor components. This gives the motor excellent crash resistance and impact durability, significantly reducing the likelihood of system failure due to structural deformation caused by drops or impacts.
High-Lift, High-Efficiency Propellers
The propellers are made of high-strength special carbon fiber material, making them sturdy, lightweight, and highly consistent with superior dynamic balance characteristics. The aerodynamically optimized shape designed by aerodynamic experts, combined with the specially optimized electromagnetic design for these propellers and the efficient FOC (Field-Oriented Control, also known as sine wave drive) algorithm, provides the entire power system with advantages in both lift and efficiency.
BF-60/55 Dual-Channel Intelligent Drone Li-ion Battery Charger
The dual-channel intelligent charger is designed for rapid charging of drone lithium batteries, with a maximum charging power of 3000W. It features an independent power supply design, with highly intelligent, integrated, and modular internal circuitry. Utilizing high-precision data monitoring and optimal charging algorithms, it achieves efficient and safe charging, extending battery life. The charger offers one-button operation without the need for settings, making it convenient and straightforward. The entire charging interface is clear and intuitive, with digital displays showing the charging status, providing a clear understanding of both the charger and battery status. This product is one of the best configurations for agricultural drones.
Equipped with Yunzhuo H12 LCD Screen Remote Controller
The H12 series uses the latest Qualcomm processor and runs on an Android embedded system, utilizing advanced SDR technology and a superior protocol stack. This ensures clearer images, lower latency, longer transmission distances, and stronger anti-interference capabilities. It can be applied to drones, robots, industrial control equipment, and more. The remote controller supports a variety of interfaces such as SIM, digital cameras, serial ports, and S.BUS. It is highly effective for agricultural UAVs, FPV, security, firefighting, power inspection, surveying, border defense, and other applications, providing an on-site experience. Made from waterproof, dustproof, and shockproof materials and structures, it guarantees not only a good feel but also durability.
Carbon Fiber Arms
The carbon fiber arms offer excellent corrosion resistance and heat resistance, capable of withstanding natural water and various media corrosion, as well as the effects of thermal expansion. They meet the special requirements for long storage life in various environmental conditions for drones, reducing the life cycle cost of use and maintenance.
Yifeite Medicine Tank
The Yifeite medicine tank comes with a lid loss prevention design and a secondary filtration mesh at the outlet. With its lightweight and high-strength design, the medicine tank ensures durability over time. It is equipped with a measuring scale for clear visibility of loading capacity and features double filtration to remove impurities from the water before entering the pump, thus protecting the pump.
Summary
Crop spraying drones are no longer just a fun concept; our technology has been boosting yields and cutting costs for years. Our service is accessible and affordable. Reach out to us today to speak with one of our technical experts to learn how XLP-410 sprayer drone can optimize your crop production.
This is OpenELAB, a one-stop development platform for global AIoT electronics enthusiasts and an open-source community for electronic engineers. Besides providing developer modules online, our services also include customized manufacturing of various electronic parts such as micro switches and batteries, as well as plastic or metal parts through 3D printing, injection molding, CNC, laser cutting, etc.
You can email us at support@openelab.io, call us at +49 1626571232, or chat with us instantly on our website chat tool.
