Agriculture is now a thriving industry, drawing new specialists, new ventures, and new lenders. As technology is evolving fast, the production abilities of farmers have not only increased to a significant extent, but the automation technology has also witnessed a new eon. Right from the automatic tractors to robotic arms to drones, the technology is widely being implemented in several innovative as well as pioneering applications.
The fact that robots never tend to get sick or exhausted, and they don’t need any time off, has made them work in closer tolerances. Along with committing fewer errors and working at higher speeds, top quality products can also be expected by these autonomous genies. They can efficiently work around the plants, the grasses, the stalwarts, the pools or trans, and any other obstacles.
According to Allied Market Research, the global agricultural robot market is expected to grow at a significant CAGR from 2017–2023. Growing craze toward indoor farming and a rise in demand for automation technology are the significant factors fueling market growth. On the other hand, lack of knowledge about new technologies among farmers is expected to curb the growth to some extent. Nevertheless, the adoption of telematics sensors has almost palliated the factor and paved the way for several lucrative opportunities in the industry.
In the last few years, evolution in technology has had a widespread impact on several industries. Right from the healthcare and agriculture sector to the packaging and construction industry, agriculture robots have got their span across a myriad of boroughs. Surge in population all across the world and increasing consumers’ demand for food have initiated high adoption of top-end technological solutions, thereby accelerating agricultural productivity by the farming industry.
At the same time, agricultural robots have started becoming popular among farmers as well. As these robots are designed to expedite the farming process with nominal human interferences, they happen to ensure the sustainability of the agricultural method. This way, the demand for these smart robots has increased in more than one way. There are individual variations in the machines, and they are exclusively programmed to dole out different farming processes like field rearing, dairy keeping, seed triaging, soil management, and others. High demand for efficient farming methods to produce faster gleanings has also boosted the market. To conclude, the market is growing at a swift pace, and in the next few years to come, it’s going to boom yet more.
In this post, we will look at some of the top benefits of deploying agricultural robots in the field.
Safety of workers
When it comes to tasks like spraying fungicide and insecticide in agricultural fields, robots play an essential role in safeguarding human employees from possible harm that would have otherwise been triggered by sniffing in or picking up farm chemicals by hand. Agricultural robots are designed to perform the spraying tasks either from an aerial point or from a prong closer to the target using a specially fabricated robot arm.
Unlike human resources, agricultural robots would never get tired. No matter how steadily they work, they would always operate in full dimensions all around. Their accuracy and precision are higher than humans, and this elevates the quality of the outcome. These features, quite naturally, heighten up consistency in the agricultural sector and, finally, lead to a jacked-up food production process. As for an example, in sorting fruits of a specific color, a robot can be able to complete the task all by itself, which would require an entire day for the human employees.
Robots are always able to turn over error-free results within a shorter time frame than that of human workers. In the case of spurting chemicals on plants, agricultural robots can focus on the specific part that should be sprayed on. For instance, certain pesticides ought to be spattered on the stem, some of the roots, and so on. It applies to other activities like sowing as well. As robots can focus on the target better than human resources, the chances for error-free outcomes are always higher.
Efficiency and productivity
As their efficiency is quite better than human workers, agri-robots can do the sorting, which takes in extricating the faulty products from the useful ones. Even though human employees can prove to be suitable in this task, they would certainly take a longer time to make it possible.
Abridged cost of farming
In crop farming, it’s always essential to draw up the land, scatter the seeds, strew them pits, water the plants, and to weed, among other activities. Animal fields, on the other hand, need day-to-day maintenance. Also, the animals need to be adequately fed and attended in every possible way. Having a human workforce to manage all these activities can be very costly; here, agriculture robots can come to one’s best aid.
Want to know more about the advantages and disadvantages of robots in agriculture? Check this article out: Robotics in Agriculture: Advantages and disadvantages.
About the author:
Koyel Ghosh is a blogger with a strong passion for writing. She enjoys experimenting with different writing styles and has been in the content business for corporate companies for the last three years.