HOW DRONES HELP AGRICULTURE

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One of the world’s oldest occupation has gotten a lot easier lately, making its players carry out its roles effortlessly. Farming, as we all know is one job that will never face extinction as long as humans are still on earth. This is why commercial agriculturist sought measures to improve and make farming less stressful. In the past, there have been animal aided devices which were later mechanized into tractors and other modern farming devices. Very recently technology turned its light on agriculture with the creation of the drone-powered aircraft. This tool is specifically designed to help farmers achieve anticipated productivity. They now have the ability to traverse areas and terrains that ordinary tractors and humans cannot access. This improves yields and ensures an easier and better agricultural experience.

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This agricultural technology helps in assisting the farmer in a number of ways. Like giving the first-hand aerial view of his crops, the condition of the farm as well as giving him a clear impression of the state of his investment. The aerial machine is tasked to monitor crop growth. It does this by periodically surveying the farm to check anomalies and to enhance crop production by the regulated spraying of prescribed fertilizers and other artificial crop needs for better yields. When these machines present the sky-view images to the farmer, they help him have a better knowledge of the situation of the farm. He will be able to dictate the current and impending problems of the farm. Issues like irrigation, looming erosion, soil variation, changes in crops, fungal and pest infestation.

These views will give the farmer an advance impression of the true state of the farm and also an ample time to fix the situation and stall it from escalating to a regrettable loss. Drones have been earmarked for effectiveness with unmatched precision in the dispensing of fertilizers, pesticides, and fungicides. This is earned through its ability to spray large quantities on GPS-specified routes through a farm.

Agricultural spraying drones

Farmers had depended on the available traditional agricultural methods for years. They employed various forms of labor-intensive method of dispensing/spraying or engaging crop dusters for large farm fields. The introduction of this large hexacopters made with about 20-liter tanks for conveying pesticides or fertilizers along the previously-mapped route marked the beginning of better times for agriculturist. Nothing can ever replace any form of convenience and assistance when handling your responsibilities. As such, farmers really appreciate the reduction of their labor. Most benefiting are farmlands where tractors and even planes couldn’t fully access, now easily accessed by drones to the advantage of the farmer.

The sustenance of crop yield demands adequate fertilization and the era of manually driving tractors through the farm field have gone due to ineffectiveness in covering a large expanse of lands. Agricultural spraying drones are the timely intervention in the period were food demand is on the high due to the ever-increasing population of the world. In order to meet up with the supply and provision, agricultural drones emerged with the incredible capacity of conveying a great payload of spray and can perform at a fraction compared to that of a crop duster more effectively.

Drones are not just ideal for precision agriculture they are economically friendly in a lot of ways as well as minimizing labor too. These aerial machines are also efficient for a variety of functions. Such as searching for new farm locations, surveying the farm fields and assisting farmers in the handling of new challenges in the business. Drones have given rise to productivity in the agricultural sector to meet the demands of the world. Research has it that the world population may get to 9 billion by 2020. In addition to that, farmers previously depended on satellite imagery for crop monitoring. Asides its sophisticated nature, the technology still had some limitations that have given the drone a greater advantage over it. One of which is the proactivity of drones where images are produced immediately in sharp contrast to the offerings of the satellite technology.

Another major concern of farmers is climate change with its adverse effects on agricultural produce and drone technology has successfully addressed this area. The technology is efficiently designed with sensors to spot the part of the farm that is prone to irrigation for necessary action. Drones are a great help in producing information that the farmer will use in the diligent application of chemicals to minimize pollution which is another worry of agriculture.

Thermal Imaging and Mapping Drones

As incredible as the operation of drone technology sounds, it is benefiting to learn how it works. Thermal imaging in drones is made possible with the use of a certain kind of lens that majors on the infrared light created by all the objects in its focus. The thermogram is a temperature structure that is formed by the detector elements from the lights scanned by the infrared detector. This thermogram is then translated into electrical impulses and transmitted to a signal-processing unit through the aid of a specified chip designed for this function. This chip later translates the messages gathered from the element into the display screen for viewing. The content displayed on the view unit is sent from the signal processing unit of the machine. The strength of the infrared productions will determine the degree of colors on the display and the sum up of the impulses from the elements produces the image.

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Drones will always be regarded as one of the best successful innovations of the 21st century; especially with the huge assistance it has rendered the agricultural sector. One may still wonder how this great feat of aerial capturing is achieved. Studies put it that the mapping with drones is undertaken with the aid of a technique known as photogrammetry.

Now, the science behind the creation of measurements from photographs is termed photogrammetry. The pictures we see in maps are all product of photogrammetry taken from aircraft.

Drone technology is effective and consistent in fulfilling the technology needs of many business and industries. Of utmost benefit are those in the agricultural sector. Nothing has been as good as a technology that embraces agriculture, bringing to the minimum the cost of agricultural production, and increasing sustainability. There is definitely hope for more benefiting purposes of drones in the sector.

Best Agriculture Drone Brands

With eight rotors, MG-1P Series seo-automated-link-building-1 utilize propelled impetus and control calculations to guarantee flight security regardless of whether one arm or engine breaks amid flight. Read More….

With eight rotors, MG-1P Series Agriculture Drones utilize propelled impetus and control calculations to guarantee flight security regardless of whether one arm or engine breaks amid flight. Read More…

Most frequent questions and answers

You can carry up to two lithium batteries on a flight if they are over 100Wh, but you aren’t restricted on any batteries under 100Wh. It is best however, to check with your airline before taking them. You also have to keep the batteries in your hand luggage.

Most AG drones systems have an RTH safety feature built in. Please look at the specifications and check  this ability exist in the specific model you choose to purchase. 

You can fly any drone in very light showers, but it is not advised. However, some drones like the DJI M200 and DJI AGRAS are IP rated and can be flown in the rain.

This will rely upon the extent of your harvest. Flying higher will enable you to make more progress in less time while utilizing less battery. In any case, on the off chance that you fly your automaton too high you won’t get as nitty gritty of results as you would flying at a lower height. On the off chance that you are utilizing your automaton to search for changeability in a develop crop you won’t require a definite outcome and would thus be able to fly your automaton up to 400 ft high (per FAA guidelines). Then again, in the event that you are searching for new development in a huge field you will need to fly lower and addition an increasingly point by point image of your harvests.

Automatons can be utilized to make NDVI maps that demonstrate an infrared picture of your harvest. Solid plants mirror a great deal of green light and assimilate red light and undesirable jeans do the inverse. To make a genuine NDVI map you should possess a NIR camera. In any case, even without a Near Infrared (NIR) camera, you will almost certainly utilize a vegetation list to indicate factors in plant wellbeing.

Yes, drones are useful for detecting and spraying areas affected by insects. Since drones are a precision tool, this method requires less pesticide, man power, and funding than aircraft spray.

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