How to Choose Agriculture Drones for Your Business
Modern technology has revolutionized many industries, and agriculture is one of them. Through the use of advanced tools, farmers and agribusinesses are now able to take advantage of the benefits of drones. Drones are not only for military purposes. Now, this flying device can assist farmers and agribusinesses in maintaining the land effectively and efficiently. This article is here if you still need clarification about choosing agriculture drones. There are several points you need to keep in mind before purchasing drones. To clarify, let's look at how to choose the best agricultural drone for your business and maximum use.
Tank/payload capacity
When choosing agriculture drones for spraying or spreading granular, a critical feature you should consider is tank capacity or payload. The payload is the weight a drone can hold. It is usually calculated separately from the drone weights and includes anything additional to the drone, such as added cameras, sensors, or goods for delivery. Тhе bіggеr іtѕ сараbіlіtіеѕ, thе lеѕѕ оftеn уоu wіll nееd tо rеfuеl thе dеvісе аnd ѕеnd іt оn а mіѕѕіоn. Moreover, drones' payload weight can differ between carrying capacity in liters and kilograms.
Aviro G30 spreader drones have a maximum payload of 30 liters of liquid or 40 liters of granular and 1.6 kg net height. Aviro G30 drones specifically designed with embedded frames and simplified structures provide outstanding strength, longevity, and dependability. The drones use cross-folding technology for better maneuverability due to increased size, which minimizes the folded size of the drone, making it easy for transfer and movement on the ground.
Flight time
The durability of flying drones may be one of the benchmarks for buying a drone. Keep in mind that not all types of drones have the same duration.
Various factors that can reduce flying times include the environment, the flight strategy, and maneuvering aggression.
Likewise, the power utilized by the payload will decrease the ability to keep the drones in flight slightly. Loads with higher power usage, such as LiDAR technology, may exhaust the flight energy more quickly. Flight plans can also have an impact on flight time. Prolonged, direct flights are typical quite energy efficient. Long flights at high altitudes may drain batteries faster than shorter periods of flight at lower altitudes.
Support camera sensors
Check if a camera is supplied with the drone package. Otherwise, you may have to buy the camera separately at an extra cost. With a camera, monitoring crops will be easier. Some drones feature an integrated camera that cannot be removed, but others may have a gimbal or fixed camera attachment. Camera sensors are a valuable tool for vegetation monitoring. They can identify the color of plants, bugs, diseases, and other attributes to give you a better understanding of your landscape. Therefore, it would help if you considered the drones you want to buy support with sensors and camera payload.
One example of a drone that has integrated camera sensors is Aviro M120. The drones simplify plantations' security management and allow you to combat security concerns. It can support a double up to 40x RGB zoom, thermal camera, and Al to see the complex object even in minimal light, such as humans, vehicles, and hot spot detection.
Transmission range
A drone transmission is a system that allows a drone to connect to its remote control or smartphone. Transmission systems differ, but most new drones adopt the same or similar versions of the same transmission systems. The more efficient your drone's transmission system, the faster you can fly it away without losing connection. Currently, there are three popular drone transmission systems; WiFi transmission (standard and enhanced), OcuSync (OcuSync 2.0 is the latest version), and Lightbridge (Lightbridge 2.0 is the new edition).
Four Main Types of Agriculture Drones
In the same way, there are some different types of drones available in the market and the potential applications of drones in agriculture. Here are the four main types of drones you can use to optimize agriculture.
Multi-rotor drones
Fixed-wing drones
Single-rotor drones
Explore More: Tips to Make Your Agriculture Drones Last Longer.
Three Primary Purposes of Drones in Agriculture
Drones are being used for a variety of purposes in the field of agriculture. They can monitor crop growth, scout for pests, and help farmers decide what fertilizers to use. They also allow farmers to access areas that might be difficult or dangerous to reach, such as steep slopes or bodies of water. In short, Avirtech designs agriculture drones for three primary purposes.
Avirtech provides agriculture drone solutions to the farming industry. With our advanced drone technology, farmers can digitally map their crops, monitor the health of their fields, and increase profits by applying data-driven farming techniques. Schedule your online discussion with our team to choose suitable agriculture drones for your business. Speak to info@avirtech.co.
