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Becknology with AGCO and Beck’s Hybrids

AGCO is collaborating with Beck’s Hybrids to demonstrate yield and productivity advantages of the new Sunflower 9830NT. The 9830NT was featured at a recent Beck’s field day (Becknology Days) in Henderson, KY. Throughout the course of the day, hundreds of growers went through the Equipment Innovations class and then stopped by to look at the iron. The theme was technology-enabled productivity that is providing the most accurate seeding system for wheat, early soybeans, and double-crop soybeans.

Equip Innovations


Beck’s is very interested in plot work that will help farmers make the right decisions about agronomic inputs as well as equipment decisions. The 9830NT can put down fertilizer with wheat in the fall, which can improve yields by 5-10 bushels per acre. It is also the best drill on the market for seeding into heavy wheat residue. Alex Long of Beck’s talked about the trial work Beck’s is conducting that examines seeding accuracy at 6, 8, and 10 mph compared to a Kinze planter. Results will be available this fall.

Working with companies like Beck’s is a great way for the equipment industry to stay connected with independent agronomic testing and to be able to share our products with a diverse group of customers.

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In addition to support and testing of the 9830NT, Beck’s is promoting AGCO’s X-Edition MT700E and MT800E tractors.

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Beck’s has more Becknology days coming up. Follow the link below for dates in your area:

Crop Tour 2016: Indiana Edition

By Darren Goebel

Greetings once again from Crop Tour 2016.   During the last week of July, I travelled to the Kevin Trimble farm in Amboy, Indiana, about an hour north of Indianapolis.   While most of the Midwest has been getting plenty of rain, this pocket in north central, Indiana is super dry.   In fact, Kevin told me that his farm has not received any appreciable amount of rain since the latter part of June.

Crop Tour Sign

As a result of the dry weather, the crop is showing signs of stress, highlighting some key differences in our plots.

DeltaForce left-400# right

This is the split between automatic hydraulic downforce (DeltaForce) on the left and 400# downforce on the right.    Notice that the corn on the right is showing more drought stress; lower leaves are brown and desiccated with overall lighter plant color.   This is a result of heavy in furrow packing that created compaction in the root zone.  While you would not normally see this in a whole field, differences show up very clearly in the plot.  In a three-year study, growers that used DeltaForce averaged 11 bushels per acre higher yield.  I suspect the yield difference will be much higher in this field, but we will have to wait until fall to know for sure.

Compaction problems quickly show up when moisture is limiting.


Kevin drove his backhoe along the end to demonstrate how automatic hydraulic down force can adjust to differences in soil bulk density.  Above: The crop is suffering in the compaction zone.  Below: Planting Map showing compaction zone.

Compaction zone

This report shows that compaction from backhoe path prior to planting caused Deltaforce to react at planting.

The depth of planting study is showing some interesting results.  Many growers plant corn shallow because they believe there is less risk in stand establishment.  Unfortunately, shallow planting can cause as many problems as it solves.   Most agronomists recommend a minimum of 1.5” planting depth with 2” preferred.  Of course, soil type and moisture level should be taken into account.  One great thing about White planters is that depth control can be calibrated to ensure consistent planting depth across the entire width of the planter.  In this case, the planter planted the corn consistently at 1” deep.  Unfortunately, there wasn’t uniform enough moisture at 1” to get all of the seed up consistently.

1_ planting depth - note runts

This is the split between 1” planting depth on the right and 1.5” planting depth on the left.  The 1” planting depth is exhibiting runt plants as a result of delayed emergence due to dry soils at that depth after planting.   These runt plants will not produce an ear.   The 1.5” and deeper planting depths do not have any issues with runt plants.   Stand establishment is similar at all planting depths (1.5, 2.0, 2.5, and 3.0) except 3.5” depth.   The 3.5” planting depth is suffering about a 10% reduction in stand.  We will take these plots to yield and share results in an upcoming report.

Stand uniformity in corn has been getting a lot of attention since the late 90s.   Most farmers and agronomists know there are heavy yield penalties for skips and doubles making planter performance absolutely critical.   Making things even more challenging, seed companies can’t always guarantee requested seed sizes for that hot new hybrid; and refuge in the bag is a whole other story since seed from different lots must be blended in the same bag.   The 9800VE series incorporates meters that can accurately singulate and row units that can accurately plant any corn seed size.

Near picket fence stand

Above:  Near picket fence stand.  Below:  Doubles and Skips from a poorly adjusted planter.

Skips and Doubles

During the last two weeks of August, a team of Agronomists and Product Specialists will be travelling throughout the Midwest speaking at Crop Tour 2016 plot locations. RSVP to attend a Crop Tour event near you:!

Celebrations for a Production Milestone

67,000th combine harvester to be manufactured at AGCO Breganze plant in Italy is a Massey Ferguson BETA 7370.

Massey Ferguson is celebrating production of the 67,000th combine harvester at AGCO’s Breganze Manufacturing Facility in northern Italy.

MF Beta 7370, the 67,000th combine harvester to be manufactured at the Breganze plant in Italy

MF Beta 7370, the 67,000th combine harvester to be manufactured at the Breganze plant in Italy

The 67,000th machine to roll off the assembly line is a 360hp MF BETA 7370 combine destined for work in Sweden.

The 25ha Breganze site is AGCO’s Harvesting Centre of Excellence and produces a full range of MF combine harvesters suitable for small farmers through to the high-capacity models required by large-scale agribusiness customers. Along with the MF BETA combine, these include the MF ACTIVA, MF ACTIVA S, MF CENTORA and MF DELTA.

The MF BETA 7370 taking the title of 67,000th combine is bound for Massey Ferguson Dealer GH:s Traktorcity in Östergötland, Sweden.

“Massey Ferguson combines have had a highly successful year in Sweden seeing a doubling in the number of units sold,” explains Adam Sherriff, Market Development Manager, Massey Ferguson Harvesting. “The MF BETA 7370 is our best-selling combine model in the country and features the acclaimed Skyline cab which provides excellent visibility, ergonomically-positioned controls and superb comfort to make the operator’s job easier and more productive.”

Multi-million dollar investments in recent years have transformed the AGCO Breganze plant into a world-class site. Certified to ISO standards, some of the most recent developments at the 65,000 m2 factory have seen a complete reorganisation of the supply chain and production process, the installation of new rolling and panelling machines, robot welding automated systems, a state-of-the art paint-shop and the opening of the magnificent AgriDome Visitors Centre.

Massey Ferguson combines have been in production at Breganze site since 2004. In June 2007, this partnership was further strengthened when AGCO acquired a 50% stake in Breganze-based Laverda S.p.A from the Italian Argo Group. AGCO fully acquired the plant in 2010 bringing over 50 years of combine manufacturing experience in Italy into the AGCO family. The current site was opened in 1979.

Find out more about AGCO’s Breganze Manufacturing Facility

No Strings Attached: The Benefits of Wireless Data Transfer for Growers

By Jennifer Parillo

Current Data Transfer Methods

In comparison to advancements in other industries, ranging from traffic cameras to cell phones, the current methods of transferring agricultural task data have become outdated. Farming decisions are becoming more prevalently based upon data analysis, and the ability to securely gather and transfer data has become imperative. The speed with which this data can be transferred is becoming increasingly critical as well, in order to allow producers to make quick adjustments to time sensitive tasks.Fuse_Go-Task_iPhone_Work_Order_300dpi_08282015

Most precision farming technologies currently employ USB sticks to transfer the data from the machine to the office. While this is, by definition, “wireless”, it is neither the most efficient nor the most reliable means to transport the data. Bluetooth technologies have also been used, but proximity poses a limitation, thus this does not provide a viable solution for producers managing fleets or multiple locations.

Wireless Data Transfer

The transition away from prior transfer methods to wireless means of communicating machine and agronomic data will streamline this process, allowing producers more time to use and analyze the data,   rather than spending their time and resources gathering it. Wireless data transfer is not just the fastest, but also the most secure channel to move the data both to and from the machine. Producers will no longer rely on their team of operators to manage the USB sticks housing their invaluable data, and they will have the data at their fingertips nearly immediately following the task completion. By utilizing secure servers to move the data through the pipeline, the data also cannot end up in the hands of anyone other than its intended recipient; this is of course more important when referring to agronomic data than machine data.

Benefits of Wireless Data Transfer

  • Eliminates distance as a limiting factor in the transfer of data, allowing large scale producers with widespread fleets to manage their operation from wherever they are
  • Reduces risk of lost or missing task data in FMIS from computer not downloading task data file after a job is completed
  • Better enables growers to make operational decisions due to ease and speed of gathering their data
  • Enables a faster and more efficient data sharing process with third party service providers
  • Eliminates risk of lost task data that can result from lost or damaged USB sticks
  • Reduces the amount of necessary steps taken for the producer to turn their raw data into usable information which can support their decision making process
  • Saves money and valuable time by eliminating unnecessary trips to the field and back to the office

AGCO offers unique solutions for wireless data transfer depending on the grower’s machine(s) and needs. Visit the Fuse website to learn more about our solutions, and stay tuned for the release of the new Go-TaskTM app on the Apple® App Store, coming soon.


Jennifer Parillo is a Global Marketing Specialist for AGCO’s Advanced Technology Solutions group (Fuse).

“Productivity”: The Language of Farmers throughout the Globe

This week’s coverage of the Crop Tour 2016 highlights some of the precision farming technologies that help farmers make their operations more efficient – from Fairmont, MN, to Rostov-on-Don, Russia. The Fuse open approach is making operational gains possible by leveraging partnerships to provide the most productive, accurate seeding equipment in the world.

AGCO’s Darren Goebel, Director – Global Commercial Crop Care, discusses how applying precision farming to planting is a worthwhile investment, by improving yields through more precise singulation. He also discusses how precision farming technologies can offset soil quality differences including soil texture, organic matter, and topography differences.

Click here to read the full story.

Minnesota precision ag 3.jpg

Varying seeding rates increases yield on highly productive soils while not wasting seed on poorer soils.

To learn more about Fuse, AGCO’s approach to precision farming technologies and services, visit


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