When it comes to defining the core value of precision ag technology, farmers often cite the professional and personal payback.
The benefits range from the practical – such as solving equipment compatibility headaches and improving crop consistency with repeatable guidance – to the intangible advantages of reducing stress and maximizing time.
While the pace of precision ag today can be overwhelming, it’s worth revisiting how proven technology solutions can conquer common challenges to improve farm performance, production and profitability.
1. Overcoming Labor Limitations
The availability of part-time or permanent equipment operators continues to be a global challenge for farmers. While fully autonomous innovations may alleviate labor constraints in the future, adoption of brand-agnostic guidance and modern in-cab displays allow farmers to make the most of their current help.
With three full-time and three contract employees, Australian farmer David Caslick can’t afford to spend extensive time training operators. His investment in compatible, user-friendly technology streamlines the process - regardless of equipment brand - converting training time into up-time in the field.
In 2010, Caslick started with a Trimble EZ-Guide 250® display and has since added autosteer on his fleet of tractors, the Field-IQ crop input control system on his sprayer, CenterPoint® RTX positioning, and, most recently, upgraded to the GFX-1060 display.
“Anyone can jump into any tractor and it doesn’t have to be the same brand. It’s made me a lot more comfortable hiring temporary labor as it’s so easy to train them for doing the day’s work,” Caslick says.
2. Accomplishing More, Using Less
The rising cost of production – from fuel to fertilizer – is another challenge that farmers are using precision ag tools to help overcome.
For California farmer Scott Seus, smarter water management is critical to raising a profitable specialty crop, and that starts with having a connected technology platform across the operation.
“Water efficiency is the foremost thing we’re thinking about, from field to field,” he says. “We’re turning a corner now to nudge a little more performance out of our specialty plants with more integrated tools to make the most of our critical resources at any given time.”
3. Smarter Resource Management
Progressive adoption of precision tools allows farmers to maximize efficiency and minimize risk. And sustainable, regenerative ag practices will favor farmers who have captured the economic and environmental ROI of foundational technology.
For example, Caslick runs Precision-IQ with his equipment guidance and has seen a 10-15% savings, particularly on chemicals for spraying, since he began using precision ag technology.
And fellow Australian Tim Simpson has also prioritized precision ag adoption to stretch input investments since returning to the family farm in 2017. He started with autosteer and most recently added the GFX-1260 display with ISOBUS controls.
