How Precision-Ag Changed the Field We
How Precision-Ag Changed the Field We
Health-related agriculture is a changing area that is beginning to become commonplace even in the smallest families.
With new technologies emerging every day, will you survive without a break? To answer this question, let’s take
a look at how the healthcare sector has changed over the years, exploring the reasons behind the evolution of
technology, including automated rate controllers, automated boom leveling systems. , Autosteer, and automatic boom
shut-off and their practical applications
What qualifies as accuracy-ag.
First, let’s take a look at what is Presentation-AG? Many farmers are already using healthcare elements and don’t
How Precision-Ag Changed the Field We
even realize it. Health-related agriculture can be described as an agricultural concept that depends on the existence
of change in the field. This requires the use of new technologies such as GPS, sensors, satellite, and aerial imagery, as
well as field management tools to assess variations in the field. But how does it affect you and the way you use it?
Automatic rate controllers
Let’s get started, let’s take a look at how a simple automatic rate controller can affect your spray. Gone are the days of
controlling your application rate by adjusting your speed and pressure by looking at gauges. Using the automatic rate
controller, the user could select the target rate and enter it into his controller. Then using a controller, a flow meter, a
How Precision-Ag Changed the Field We
control valve, and a speed sensor, this automatic rate controller was able to control your request rate for you to stay
on target. Inside the controller, several calculations were going on to make sure that if you’re set for five
gallons per acre, no matter what speed you’re going, you get it. Will be able to And if the controller can’t do that, it
will tell you. The controller takes constant readings from your flow meter and speed sensor to determine how far to
open your control valve. Doing so controls how much product you need to send to your spray tips and how fast it gets
there. It was a huge breakthrough in the spraying industry, but once the door was opened to embrace new
technologies, it was rapidly gaining ground.
How Precision-Ag Changed the Field We
Automatic boom height adjustment.
hit the field but also reduced operator fatigue.
still a complex part of technology.
the ground when you are applying.
and can either read the height of the boom from the ground or away from the crop roof.
to the existing hydraulic system of your boom controls. The wheel system works by touching the ground and the
How Precision-Ag Changed the Field We
pressure transducer then detects a large amount of pressure at that speed. Almost instantly this speed is raised
slightly until the pressure is relieved. With the ultrasonic sensor system, the user will choose the spray height he
wants to stay on his booms and these sensors take constant readings of the ground or canopy when the sprayer
travels in the field. As the height of the ground or canopy changes, the sensors will send a signal to the solenoids to
With the
an important task of always keeping your height away from dirt, the only major struggle to deal with it was to run the
machine yourself.
How Precision-Ag Changed the Field We
Global Positioning System (GPS)
With the introduction of Global Positioning Systems (GPS) in the world of agriculture, there has been rapid growth,
such as the introduction of GPS guidance in the open market. Now a farmer can use his setup with an automatic rate
controller and install a GPS guidance system with it. By doing so, someone was able to get GPS guidance in their
sprayer. Not only did you have an auto rate controller that controlled your application rate, but the GPS guidance
system would “paint the screen” to show you where you previously applied in this field. ۔ Now you also can see if you have applied to certain areas or if there are any “scips” in your application so that you can easily
go back and “touch up” those areas.
easily.