In
the fall, it can be used to lightly till
the soil and incorporate and size residue,
setting the stage for the spring planting
season. It is also a practical way to dry
out wet soils. The Vertical Tillage Attachment
for NH3 shanks works well in no till conservation
tillage, as well as conventional tillage
operations, extending the growing season
and creating better planting conditions.
Vertical tillage prepares the soil to warm
more quickly in early spring, energizing
the seedbed for maximum growth and yield
potential. In addition, the Vertical Tillage
Attachment allows for shallow seedbed preparation,
which decreases the risk of excess soil density
below the root zone.
The Vertical Tillage Attachment for NH3
shanks is also an excellent addition to spring
residue management. It increases planting
efficiency, offers maximum yield potential,
and performs well in all residue conditions.
When spring planting is delayed by wet, cool
fields, the Vertical Tillage Attachment is
the perfect tool to use to dry and warm them.
Fluffing and sizing the residue, along with
fracturing the soil, speed the drying process.
The Vertical Tillage Attachment can be used
as a surface crust breaker following heavy
rains. Like all Yetter products, it is built
tough to last, and even in high-residue crops,
such as wheat, corn, and soybeans, the Vertical
Tillage Attachment for NH3 shanks delivers
optimal performance, cutting heavy residue
to enhance planter operation. In addition,
it offers improved insect and disease control
through residue sizing and disturbance.
A smart investment with multiple uses, the
Vertical Tillage Attachment for NH3 shanks
will ultimately produce savings of time and
money. It also has a low operating cost per
acre and can be used in a wider range of
conditions than most tillage tools. It operates
at a relatively high speed of 6 to 10 MPH,
which saves time.
The Vertical Tillage Attachment for NH3
shanks can be equipped with a wide selection
of coulter blades. Spaced on 6” centers,
the coulter blades can be matched to achieve
the desired amount of tillage and residue
sizing.
*Patent pending. |
