vSet Select
No more missed potential.
Multi-hybrid planting is here.
You aim to maximize yield by planting the hybrid that will do the best, on average, across the whole field. But yield environments often change in the same field, calling for different hybrids in different areas. You’ve had to make compromises, but not anymore.
With the radically new vSet Select, there are no compromises. You can plant two hybrids in the same row, switching back and forth as environments change, to plant the hybrid that will produce the most in each environment. That maximizes yield.
Any mapping software can make the two-hybrid prescription shape file that is used by vSet Select, or operators can manually switch from one hybrid to another.
All-In-One Precision Engineering
The concept of two standalone meters added to one row has inherent limitations and creates a host of undesirable issues. We knew there was a better way. This solution required innovative thinking. Our product designers and engineers took our best planting technologies and integrated them into a seamless solution. The result is vSet Select.
Complexity Made Simple
With hundreds of dollars per row at stake, any solution has to be time consuming and complicated, right? It’s not. Years of engineering and agronomic planning have been invested in FieldView. The result is a sophisticated controller that lets vSet Select be plug & play. And it is simple and intuitive to use. Now planting is simple and delivers valuable data summaries and detailed reports.
These factors vary. Your yield potential doesn’t have to.
Soil type, slope, drainage, organic matter. You know that part of your field that isn’t getting the right seed. Every season, countless dollars are lost in yield. Now you can put a hybrid that will thrive in that spot. Multi-hybrid planting will soon be the standard. It’s just too easy and profitable for it not to be.
Impressive Results
The right seed in the right place. Each part of your field, even those with limitations, are planted to its potential. A dense stand and high-yield result across varied conditions.