mSet

While you are planting, you can only plant one hybrid at a time which doesn’t allow you to match the hybrid to the field environment, causing profitability to be lost in each field. mSet is a multi-hybrid planting system that allows you to plant the best hybrid into each area of your field, improving field profitability.

They Are Different, So Why Not Treat Them Differently?

Not every acre you farm is the same. That is why you make different fertility plans for different fields, have different tillage practices, and even select different hybrids for different fields. But what about the variability that exists within a single field, even a single pass? Most growers are not making decisions to change hybrids within that pass to maximize the potential of each area of the field, even though they know there are wide swings in productivity between these areas.

Seeing the Variation

Look at the variability in organic matter in this field; averaging the field by planting a single hybrid is leading to yield loss in the best areas, and overspending on seed in the areas that are not capable of producing as much. mSet utilizes a seed selector and a single vSet meter to be able to plant two different hybrids in the field as the planter passes through the varying areas of the field.

Multi-Hybrid Planting for Improved Profitability

mSet pairs with Precision Planting's 20|20, vSet meter, and vDrive electric drive. Under a split hopper holding two hybrids, a seed selector lets a few seeds of the hybrid that is currently being planted into the meter. When it is time to switch hybrids, it allows seeds from the other part of the hopper to come into the meter. A seed level sensor in the meter tells the seed selector when more seed is needed and ensures that you don't run out of seed.

Choose Your Hybrids and Your Speed

The mSet system, along with its vSet companion, can be utilized with both seed tubes and SpeedTube. The choice is yours: maximize the potential of each area of the field at a traditional speed, or maximize genetics and efficiency by pairing multi-hybrid planting with high-speed planting.