Archive for November, 2013
For 65 years, this rural burg on the eastern edge of the Great Prairie has been home to a brand that shares its name and is fertile ground for the development of game-changing agricultural machines.
During the Dust Bowl years, a “hill” on an otherwise flat stretch of the Great Prairie was often a piece of farm machinery buried by the era’s black blizzards of blowing topsoil, then deserted due to a hole in the social fabric called the Great Depression. Folks did what they could to survive, and a young Kansan named Lyle Yost helped make ends meet by scouring the countryside around his family’s farm for these mounds of dirt and steel.
“He was as young as 14,” says his daughter Susan, “and as soon as Dad learned how to drive, he would take the truck out into the countryside and look for [abandoned] farm equipment.” Yost, who passed away last year, would excavate what he found and bring it home, where he and his father would use it for spare parts or repair it for sale. “Not only did Dad learn how to build and rebuild [farm equipment], but he got acquainted with farmers,” Susan says. “He learned from them and found out what they needed. The idea of Hesston Corp. was planted when he was a teenager. I don’t think he knew the direction, but he knew that he had a calling, which was to help farmers.”
That direction became clear years later when he took on a problem that afflicted practically every farmer and harvester who owned a combine back in the day. Unloading just took too much time. Yost’s contemporaries used shovels and gravity to get the grain out of the bin, losing valuable time to get the grain up and out of harm’s way.
Yost, however, had an idea for a better way to move that grain, and after a particularly difficult harvest in 1947 and with memories of Dust Bowl storms still fresh, he and blacksmith Adin Holdeman went to work developing his unloading auger design. They made five of them in about a month, Susan recalls, and sent Yost’s cousin Earl Burner out to sell them. “He got back in 3 hours and said he needed 10 more.”
When they returned to the harvest the next summer using their new machine, others witnessed the speed at which the augers unloaded grain, and orders began arriving from as far as Texas and North Dakota. Buoyed by that success, the three men set up an assembly line near their homes in Hesston, and Hesston Manufacturing was born.
More than a half-century later, Yost’s focus on farmer-oriented solutions lives on today. Still located in the small, rural town where it all started, the Hesston facility has gone on to develop some of the most productive machines in agriculture, with the harvesting equipment made there now being sold worldwide.
Read the full story at http://www.myfarmlife.com/advantage/uncovering-the-hesston-story/.
The Planter’s Positive Air Metering system (PAM™) handles seed gently and accurately with low, positive air pressure, resulting in controlled populations and higher yields for farmers.
Unlike vacuum seeding systems, which typically draw air from around metering units, The PAM™ system draws air from above of the planter’s row units. This reduces the amount of dust drawn into the metering system and the amount of wear and tear on parts – making the MF Precision Planter virtually maintenance free.
Demonstrations of the MF Precision Planter have been taking place at Griffith, a productive row cropping region in southern NSW and are set to move to northern NSW and southern QLD in the coming weeks.
Local farmers and agronomists are able to see first hand the exceptional performance of the planter in a variety of crops including cotton and corn and hear from the MF Seeding and Tillage Product Manager about the machine’s application in sorghum, sunflower, soybean and canola planting.
Australian MF Dealers in row cropping regions will also be undertaking comprehensive planter training, equipping them with the information and skills to support customers with knowledge that will improve the productivity of their farms.
The MF Precision Planter demos have also featured the MF7600 Row Crop Series tractor – impressing farmers with low fuel use and flexibility in various applications, it has proved the ideal row crop machine.
“Designed with comfort and versatility in mind, the new Massey Ferguson® 6600 Series tractors are an ideal fit for loader work, hay production, planting and tillage, livestock and dairy applications, and general on-the-farm use in any operation,” says Matt McDonald, advanced product marketing manager for under-150-hp Massey Ferguson tractors.
“Each model features a standard-powered front axle, as well as a new six-post cab that is identical in size to the larger Massey Ferguson 7600 Series tractors.
“They also feature a newly refined 4.9-liter, 4-cylinder AGCO Power engine that meets the stringent Tier 4i emissions requirements for North America.”
Available in three models from 130 to 150 engine hp (100 to 125 PTO-hp), McDonald adds, “this engine is the newest rendition of a proven power plant featuring AGCO’s advanced e3 clean air technology. The benefits include exceptional power and performance with greater fuel economy.”
Making them all the more versatile, the new 6600 Series tractors, which include the MF6614, MF6615 and MF6616, can be tailored with multiple configurations and features to fit the exact needs and specifications of the customer. The options begin with three different transmissions, depending on the model: the Dyna-VT™ (continuously variable), Dyna-6 (24-speed, semi-powershift) or Dyna-4 (16-speed, semi-powershift). All three transmissions provide efficient power transfer under any field condition.
The 6600 Series tractors are available in a choice of Classic, Deluxe or Premium editions for the desired amount of comfort and control. The Premium version, for example, features everything from electric mirrors to advanced Control Center Displays and a multipad joystick control. Other advanced options—seldom available on a midsize tractor—include a suspended front axle (standard on Deluxe and Premium editions), front 3-point hitch and Auto-Guide satellite-assisted steering.
“Customers also have a choice when it comes to the type of hydraulic system, flow rate and remote valve controls,” says McDonald, noting that three different systems are available. “The most basic package provides 15 gallons per minute (gpm), while a high-performing closed-center, load-sensing system delivers up to 29 gpm of flow to the implements and remotes.”