Articles from August 2008



Toro News

Toro Celebrates 10th Anniversary of its Center for Advanced Turf Technology

BLOOMINGTON, Minn.–(BUSINESS WIRE)–July 8, 2008–The Toro Company (NYSE: TTC), a global leader in turf maintenance equipment and irrigation solutions, today announced the 10th anniversary of its Center for Advanced Turf Technology (CATT) – a cross-functional team of engineers and agronomists dedicated to developing cutting-edge technologies in turf care.

“This is a great milestone for us, but it’s just the beginning,” said Michael Hoffman, chairman and CEO of The Toro Company. “There’s always an opportunity to innovate, develop and apply technologies that benefit both customers and the environment. It’s listening to customers today to anticipate their needs in the future.”

The CATT team was established in 1998 to develop innovative solutions to customer problems, and environmentally-friendly technologies for customers in the professional turf markets including golf, sports fields, grounds and landscape maintenance. The group’s mission was to work across organizational and product group boundaries to discover new innovations that help customers increase productivity, conserve water and energy, and control costs.

“We had direction to work with customers, academic leaders and industry experts to develop solutions that could emerge as breakthrough products. We’ve had the freedom to be innovative, while focusing on practical solutions – not theory,” said Dana Lonn, PE, director of CATT.

Lonn pointed out that while ongoing research and development activity occurs throughout the organization, the special turf technology group ensures Toro is looking strategically across the entire marketplace to identify long-term trends and technologies.

CATT has been influential in the following areas:

Water management. This has been a key initiative for CATT during its 10-year history with the goal of helping customers better manage water resources and energy. Emerging technologies include -

Soil moisture sensing using a variety of different sensing technologies to know precisely how much moisture is in the soil to apply water where and when it’s needed – no more, no less.
In order to use water to its maximum efficiency it is critical that turf managers understand site conditions including soil types, topography and irrigation effectiveness. Technologies have been developed to quickly and efficiently analyze site conditions to help individuals make better watering decisions.
Reflectance sensing to measure the health of plant photosynthesis, which is an indicator of turf vigor or varying degrees of stress. Reflectance sensing shows promise to detect turf stress from over and under watering, and disease and insect pressure prior to the effect being visible to the human eye.
Alternative fuels. Toro is several years deep into the testing of various alternative fuel sources including hybrid, advanced-battery technology, and hydrogen fuel cells. A partnership with the New York State Energy Research and Development Authority (NYSERDA) and New York State Office of Parks, Recreation and Historic Preservation has resulted in the deployment of hydrogen fuel cells to power Toro(R) Workman(R) utility vehicles at Niagara Falls State Park. CATT is constantly exploring new technologies to improve the environmental profile of Toro equipment.
Labor Productivity. CATT is constantly working to identify new ways to help our customers use labor more efficiently. For example, the innovative ProCore(R) 648 walking aerator and Reelmaster(R) Sidewinder(R) mower provides savings of time and labor.

Van Cline, Ph.D, manager of agronomic research, said, “Our experience in agronomy helps us innovate ways to better conserve water and energy. We all face the challenges surrounding water and the environment. With our knowledge and strong partnerships we can help improve the way we manage our resources and care for the outdoors.”

Other innovative technologies developed by The Toro Company include:

Bio-diesel. After extensive testing, the company announced that all 2008 Toro diesel-powered golf course, sports fields and grounds, and landscape contractor equipment have been approved to use bio-diesel fuel blends up to B20. Upgrade kits also are available.
Subsurface drip irrigation that saves water and energy, including the only pressure-compensating tape in the world. This technology is being used to irrigate crops and other tough-to-water areas that include slopes, landscapes, and around golf course sand bunkers.
EvapoTranspiration (ET) controllers that utilize satellite data from the patented-WeatherTRAK(R) technology to automatically adjust the amount of water applied to a landscape based on weather conditions. These “smart” controllers receive signals to replace only moisture lost to heat, humidity and wind.
Sensing technology to detect turf stress as a result of disease, insect and irrigation problems.

The Toro Company History

Expo 2006 Product Introductions

Expo 2006 Product Introductions

1914• The Toro Motor Company is founded to build tractor engines for its very first customer: The Bull Tractor Company.
• Toro names J.S. Clapper president.
1918• Toro makes steering mechanisms for merchant supply ships during World War I.
1919• The Toro Motor Company is renamed Toro Manufacturing Company.
Introduces an exciting new farm product called the To-Ro cultivator.
1921• Mounted fi ve lawn mowers onto a Toro tractor to mow fairways at the Minikahda Club in Minnesota.
1925• Introduced Sea Serpent fairway sprinklers and the Silver Flash push reel mower.
1928• Toro goes international, shipping equipment worldwide.
1929• Toro offers its first common stock to the public at $1.40/share.
1935• Introduced the first power mower
for homeowners: the HomeLawn.
1937• Introduced the first 76-inch professional mower, a revolution in modern turf care.
1942• Toro ceases all domestic mower manufacturing to build tank and cannon parts for the U.S. war effort during World War II.
1945• Toro is purchased by David Lilly, Bob Gibson and Whit Miller. Kenneth Goit is named president.
1948• Acquires Whirlwind, the first maker of push rotary mowers.
1950• Toro profits reach $6 million, selling 15,000 Whirlwind mowers.
1951• David Lilly becomes president.
Introduced the first snowthrower: the Snowhound.
1952• Dr. James R. Watson, PhD, Agronomy, joins Toro to develop agronomic solutions for golf course superintendents and turf managers.
1956• Toro’s first televised ads promote the new Power Handle featuring a portable motor to power summer and winter attachments.
1957• Introduced the first bagging attachment for rotary lawn mowers.
1959• Introduced the Wind Tunnel innovation on the Whirlwind mower.
1962• Acquired Moist-O-Matic, Inc., an irrigation equipment manufacturer in Riverside, CA, providing entry into the irrigation market.
Introduced the Snow Pup, the first ightweight consumer snowthrower.
1966• Toro helps prepare turf for Super Bowl I, and has been a partner ever since.
1968• Produced the first consumer electricstarting lawn mower.
1970• David McLaughlin becomes president.
1971• Toro officially changes its name to The Toro Company.
1973• Launched the all-hydraulic Groundsmaster 72, a new concept in rotary mowing that changes the industry.
1978• The Toro Company trades stock on the New York Stock Exchange.
1981• Ken Melrose named president of The Toro Company.
1983• Ken Melrose named CEO of The Toro Company.
1984• Acquired Lunalite, Inc. a marketer of low-voltage outdoor lighting.
1986• Toro acquired the Wheel Horse Products Division of American Motors (AMC). Wheel Horse manufactured a wide range of lawn and garden tractors, as well as riding lawn mowers. The division was spun-off from AMC as the automaker focused company strategy on vehicles.
Lawn and garden tractors were then marketed under the Toro, Wheel Horse, as well as the Toro Wheel Horse names.
1988• The Toro Company makes the Fortune 500 list.
• The Toro Foundation is established.
1989• Acquired Lawn-Boy.
• Toro introduces the Recycler mower, eliminating the need to bag grass clippings.
In the 1990s• then CEO Kendrick Melrose changed the company’s strategy. Shifting its focus to ‘professional maintenance markets’ – such as golf courses, sports fields, municipal parks, and commercial properties
1995• Toro forms a new Landscape Contractor Business, providing the most comprehensive line of landscape contractor products.
1996• Acquired James Hardie and launched the Irritrol® brand.
1997• Acquired Exmark® Manufacturing.
• The Toro Company reaches $1 billion in sales.
1998• Acquired Drip In irrigation to expand its agricultural irrigation business.
• Formed a partnership with The First Tee™, introducing boys and girls to the game of golf.
• The Center for Advanced Turf Technology
(CATT) is formed.
• Became a member of The Keystone
Club, donating 2% or more of domestic, pre-tax earnings to nonprofit organizations.
• Became the official provider of turf maintenance equipment for Walt Disney World® Resort.
1999• Signed an agreement to be the official supplier of equipment and irrigation to the European PGA Tour, encompassing 60 tour venues each year.
• Named the lead sponsor in an initiative with the National Future Farmers of America (FFA) to develop a green industry studies program in high schools across the nation.
• Introduced the revolutionary new Toro® Personal Pace® lawn mower.
2000• Named the preferred supplier with
the University of Notre Dame.
• Became official provider of turf grass maintenance equipment for the Indianapolis Motor Speedway®.
• Launched an aggressive transformational initiative, called “5 by Five”.
• Exmark Manufacturing reaches $100 million in sales.
• Toro launches the Dingo TX compact utility loader, changing how landscape contractors do their job.
2001• Acquired Goossen Industries, Inc., adding Goossen’s debris blowers to Toro’s commercial product line.
• Acquired EICON, a maker of commercial irrigation controllers.
• Acquired Sentinel Systems.
• Became the official supplier of turf maintenance and irrigation equipment for the Rose Bowl.
• Miller Park opens in Milwaukee. Toro named the official supplier of turf equipment.
• Formed a partnership with Pursell Technologies Inc. to establish a living laboratory golf facility, called Farm Links.
• GCSAA Foundation establishes a cumulative giving program, and The Toro Company is an inaugural member of the “Star Club”
2002• Announced a financing alliance with GE Capital Vendor Financial
Services.
• Macy’s selects Toro as the official supplier of utility vehicles for its Thanksgiving Day Parade.
• Established the Toro Super Bowl Sports Turf Training Program with support of the NFL to encourage students of turf management.
• Named the preferred supplier of maintenance equipment and irrigation for the National Golf Course Owners Association.
• Toro adopts a new tagline: “Count on it.”
2003• Acquired R&D Engineering, maker of wireless and wired rain and rain/freeze sensors.
• Technology licensing arrangement formed with HydroPoint Data System, Inc. for irrigation controller technology.
• Named the preferred grounds equipment provider for Fenway Park in Boston.
• The Toro Company presents the Trans Mississippi Golf Association Scholarship Fund with a scholarship in the name of The Minikahda Club, in appreciation of an 83-year history with the club.
• Launched a new corporate web site: www.thetorocompany.com.
• Toro introduces a new steel deck walk power mower to home centers, sending one million mowers to The Home DepotTM.
• Leading consumer magazines give the highest endorsements to Toro blower vacuums as top-rated products.
• Introduced the new Toro® Z Master® Z500 Series mowers.
• Introduced the Toro® Power Max® snowthrowers.
• Introduced a new line of Toro® electric trimmers.
• Introduced the new Toro® Ultra Blower, ultimately selling 1 million in one year.
• Introduced the new Toro® Dingo TX413 compact utility loader for rental businesses and homeowners.
• Introduced the Toro® Grounds-master ® 4100-D and Greenmaster® riding greens mower.
2004• Launched a three-year “6 + 8” profitability and growth initiative.
• Toro introduces the Roll Over Protection System (ROPS) for all Z Master commercial riding mowers manufactured before 2004, ROPS are now standard on all Z Master mowers.
• Toro announces the Toro Workman e2050, the company’s first professional-duty electric product.
• Michael J. Hoffman named president and chief operating officer of The Toro Company.
2005• Acquired Hayter, Ltd., a manufacturer of consumer and commercial mowing products in the United Kingdom.
• Kendrick B. Melrose transitions to executive chairman. Michael J. Hoffman named chief executive officer.
• Toro helps historic Pinehurst and St. Andrews prepare for the 2005 Open tournaments.
• A new suite of ECXTRA irrigation products bring computerized water management capabilities to homeowners.
2006• Hosted the first annual WaterSmart Symposium to discuss the importance of proper water management.
• Partnered with the K Club in Ireland to help prepare for the 2006 Ryder Cup.
• First to be named to the Environmental Institute for Golf ’s Victory Club for giving more than $1 million to the organization’s environmental efforts.
• In partnership with The First Tee® and Walt Disney World® Resort, The Toro Company introduced the Future Leaders Forum – a unique educational program to teach high school students about the sport, business and science of golf.
• The Toro Company becomes preferred supplier of the European Golf Course Owners Association.
2007• International sales increase to 29 percent of company revenue.
• Celebrated 80 years of partnership with the Golf Course Superintendents Association of America (GCSAA).
• Committed to providing environmentally- responsible products, Toro announced that select diesel-powered professional grounds equipment will be “Biodiesel Ready” by 2008.
• Announced a partnership with the State of New York to provide the next-generation of turf maintenance equipment powered by hydrogen fuel cells.
• Acquired Rain Master Irrigation Systems.
• Acquired Turf GuardTM Wireless Monitoring Technology.
• Expanded the company’s commercial products manufacturing facility in Tomah, WI.
• Named the official supplier of turfgrass maintenance equipment to Talladega Superspeedway.
• Announced a partnership with the U.S. Soccer Foundation.
• Teamed up with the Baseball Tomorrow Fund to support youth baseball and softball.

The Toro Company
8111 Lyndale Avenue South, Bloomington, MN 55420
952-888-8801
www.thetorocompany.com

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Kubota Corporation’s History

Sorry about the long post but I wanted a more in depth post about Kubota’s history than you normally find. I am however having trouble at this time finding history info on just their mowers, but I will keep looking.
Injoy the reading below and don’t forget to leave a comment.

Kubota’s History starts out with a very young man named Gonshiro Oode. Gonshiro Oode was the fourth and last child of a very poor Inno Island farmer who supplemented his family’s income by working as a coppersmith. In 1885, when he was only 14 years old, Oode left home to try to get a job in Osaka. This was a difficult task because the boy had no relatives or friends in the city to help him during an era when one’s contacts determined where one worked and lived. Eventually, however, Oode was accepted as an apprentice at the Kuro Casting Shop. His apprenticeship was indeed the bottom of the ladder; it initially consisted of babysitting and running errands. But Oode was diligent, and he was soon promoted to a position in which he could learn metal-casting processes.

Three years later, Oode joined Shiomi Casting, which produced metal domestic items. The job change enabled him to learn more about metal-casting techniques. By saving every penny possible, Oode was able to accumulate ¥100 in a year and a half.
With the capital he had saved, Oode founded his own company, Oode Casting, in 1890. His timing was great. In 1868 the restored Meiji Emperor had abandoned Japanese isolation and opened contact with the outside world. That was the beginning of the industrialization of Japan’s economy which spurred the development of the iron and steel industries. By 1890 metal for manufacturing was in great demand, and Oode Casting was successful from the beginning. Oode moved his business to larger quarters three times in the company’s first five years.
Although the company has never been a “war plant,” except during World War II, part of Oode Casting’s success was due to Japan’s aggressive foreign policies. Japan invaded Korea on the Asian mainland in 1894, setting off the Sino-Japanese War. The Japanese army needed modern equipment, and Oode Casting could provide it. Oode expanded by hiring more than ten employees, and he changed the company’s name to Oode Casting Iron Works.
After Japan’s modern forces won the Sino-Japanese War, Oode continued to expand his company. He increased his product line, adding castings for domestic items and for cutting machines.
In 1897 a customer, Toshiro Kubota, took a typically Japanese step to promote Oode’s success. Kubota asked if he could adopt Oode as his son. The move meant that he would officially sponsor the younger man and that Oode would be able to inherit from him. Both his natural parents were dead by then, and Oode agreed to the plan. He took the Kubota family name and changed his company’s name to Kubota Iron Works to reflect his new relationship.

In 1904 war once again meant a boost for Japanese heavy industry and Kubota. Czar Nicholas II began the Russo-Japanese War when he backed the claims of Russian lumber exploiters along the Yalu River, which was in Japan’s sphere of influence on the Chinese mainland. Japan easily defeated Russian forces. While the war was brief and one-sided, it promoted what has been called “a second industrial revolution” because Japanese leaders committed the country to modernization. Building the country’s infrastructure called for more pipes and more cast iron. Kubota thrived.
Kubota had already committed himself to manufacturing machine tools when World War I broke out. In order to meet the needs of developing heavy industry, Kubota turned to manufacturing steam engines and iron-making machines. The company’s main Osaka factory concentrated almost exclusively on producing machinery, and new factories were opened in Amagasaki and Okajima to produce the traditional lines of iron pipes and castings.
Some of that production was sold abroad for the first time: in 1917 Kubota exported 2,000 tons of iron pipe to Java, beginning the company’s entry into Southeast Asian markets. Shortly afterward, in 1918 and 1919, Kubota opened regional offices in Tokyo, Kyushu, and Kure to improve his sales network. By 1919 the company had 1,500 employees.

Kubota emphasized innovation and use of state-of-the-art technology to remain competitive during the recession that followed World War I. The company invented heat-resistant castings and automatic carbon feeders. Kubota himself made trips abroad in 1919 and 1927 to learn new methods of producing high-grade cast pipes. His trips led to practical applications of a revolutionary centrifugal casting method. In 1937 the company opened the Sakai Engine Plant, the largest plant to that point in Asia. Sakai was noteworthy for using the conveyor belt to automate production. Kubota also entered new product lines in the years between the wars, including agricultural and industrial motors.

Demand for cast-iron pipes once again increased after World War I as domestic infrastructure projects were readdressed. Kubota took over the Sumida Iron Works in Tokyo as a subsidiary in 1927 and thereby gained a major share of the pipe market.

The acquisition made it easier to meet new foreign demands for Kubota’s high-quality cast-iron pipes. The company expanded its presence in Southeast Asia in 1929, when it began to export pipes to Dutch territorial Indochina. In 1932 it began to establish a name in Europe as well when it filled an order from Groningen, Holland, for 2,400 tons of 30-inch cast-iron pipes for a city waterworks project. Kubota became an effective competitor abroad because of its reputation for quality, a highly motivated sales force, and an emphasis on after-sales service.

In 1930 the company underwent a reorganization to insure that it would continue to be successful when its self-made founder was no longer managing. Kubota Limited was incorporated that year. It was not long after the company’s incorporation that the threat of war loomed once again. The 1930s were a decade of Japanese expansion. The country was dominated by military and industrial groups who looked abroad to compensate for overpopulation and a shortage of raw materials. In November 1936 the increasingly authoritarian Japanese government signed the Anti-Comintern pact with Germany, becoming part of a coalition of European and Asian powers. In September 1940 Japan joined Germany and Italy in the Tripartite Pact, which divided Asia and Africa into spheres of influence. Under the pact, Japan was to get Southeast Asia. With Germany’s initial defeat of the European imperial powers, it appeared to Japanese expansionists that Southeast Asia was available for the taking, and they moved in to stake their claim. Japan’s attack on Pearl Harbor, Hawaii, on December 7, 1941, signaled its intentions.
War was once again good for heavy-industrial producers such as Kubota. Now producing engines as well as pipes and machine tools, the company benefited handsomely from the war effort.
The war ultimately devastated the country, however, and led to the postwar rule of the Allied victors. One advantage of General Douglas MacArthur’s tenure was his determination to put the country back on its feet. Kubota’s agricultural-equipment division and cast-iron pipes for restoring the country’s basic services brought the company back to prosperity.

Shortly after the war ended, Kubota’s power tiller, the K-2, won a prestigious prize in the Okayama Agricultural Power Equipment Competition. The prize confirmed Kubota’s preeminent position in the agricultural-machine industry. Kubota went on to develop machinery especially suited for Japanese agriculture, culminating in the production of the first domestically produced tractor and a special tractor for rice cultivation in 1960. Kubota also developed a wide range of rice transplanters. By the end of the 1960s, the company could offer a fully integrated mechanized system for rice production: earth-moving, rice-planting, harvesting, and threshing machines.

Kubota also continued to innovate in its traditional product areas. In 1954 the company expanded its pipe manufacturing operations by adding asbestos cement pipe and vinyl pipe to its product list. In 1959 Kubota became the first Japanese company to develop a spiral-welded steel pipe.

In 1952 the company entered the plant-construction business when it designed and constructed a cement-mixing plant for the Yoyokawa Agricultural Water Utilization Office of the Ministry of Agriculture and Forestry. This successful venture established Kubota’s reputation for building new, technologically modern facilities, and the company built up-to-date plants for a variety of clients.
In 1960 Kubota advanced into a new related area when it developed Colorbest, a roofing and external wall material that is lightweight and nonflammable. Within 30 years the new material had captured 75 percent of its market. Other building materials, including home siding, aluminum-cast fences and gates, and interior home products such as enameled cast-iron bathtubs, were later added to Kubota’s housing materials and equipment division, making the company a major producer of building products. Kubota management recognized the postwar development of the company by adopting a new slogan, “Everything from Nation Building to Rice Growing.”
By the 1960s, Japan had made a remarkable recovery. Its industry was advancing at an unparalleled rate, and Japanese exports increased almost fourfold over the decade. The massive postwar investment in heavy machinery and a rebuilding effort that involved developing state-of-the-art factories were partly behind the industrial resurgence.

Also important in Japan’s recovery was the relationship that Japanese businesses had with government and with banks. Norihiku Shimizu, a Japanese economist, called the collaboration “Japan, Inc., the biggest company in the world.” What Japan, Inc. meant for Kubota was the opportunity to establish policies with government and business leaders, favorable national policies, and a higher rate of debt than in other industrialized countries. The average Japanese company has a debt to equity ratio of 80 to 20, just the opposite of those of U.S. companies.

Like other major Japanese industrial producers, Kubota took advantage of this economic climate by expanding overseas. The company established subsidiaries in Brazil in 1957, Taiwan in 1961, the United States in 1972 and 1973, Iran in 1973, France in 1974, and Thailand in 1977. The company opened overseas offices in Taipei, Los Angeles, Bangkok, New York, Athens, Jakarta, London, and Singapore. A casting plant using the latest techniques and computer technology was constructed in East Germany in 1985.
Just as the company had made Japanese rice cultivation more efficient in the 1950s, the agricultural machinery division looked at conditions in foreign countries to provide custom-made solutions to indigenous agricultural conditions wherever it competed. It also adapted its pipe technology and water control systems to flood control in Third World countries.

Japan’s success in competing in world markets, however, provoked a backlash. By the end of the 1960s, other nations where Kubota was doing business were condemning Japan for taking advantage of the relatively free foreign markets while restricting foreign access to its own expanding economy. The international outcry–and the 10 percent U.S. import surcharge–along with a severe recession due to the shock of 1973 when the cost of the oil imports that Japanese industry relied on rose dramatically, meant that changes had to take place in the Japanese way of doing business.

At Kubota, more resources were devoted to research and development. The office of business planning and development was established in 1982 to promote innovation, and a research and development headquarters was established in 1984. By the end of the 1980s 1,500 employees were working on new product and technical development. The advances developed by the research team were especially pronounced in the electronics area, where Kubota became a major producer of industrial sensors, scales using microcomputer technology, optical-fiber technology used in steel mills, computer equipment, and other electronic equipment.
In the computer sector, Kubota was especially active in the area of disk drives, purchasing hard drive maker Akashic Memories Corporation in 1987 and forming a joint venture, Maxoptix Corp., with Maxtor in 1989 to make erasable optical-storage disks. Kubota also purchased minority stakes in MIPS Computer Systems Inc., a Sunnyvale, California-based maker of high-speed microprocessors for minicomputers; and Boulder, Colorado-based Exabyte Corp., maker of computer tape drives. Kubota expanded its computer interests in 1989 when its Ardent Computer Corporation merged with Stellar Computer to form Stardent Computer Inc., producer of graphics supercomputers. Meanwhile, the company began manufacturing in the United States for the first time with a plant in Gainesville, Georgia, making attachments for front-end loaders.

Kubota promoted a different image for its centennial in 1990 by replacing the name Kubota Limited with Kubota Corporation. That year the company invested $50 million for a 5.4 percent stake in Columbus, Indiana-based Cummins Engine Co., a maker of heavy-duty diesel engines. Kubota hoped the alliance with Cummins would enable it to build engines for its European operations. Also in 1990 Kubota was sued by the cofounders of Ardent who alleged that Kubota fraudulently obtained computer technology by forcing the merger that created Stardent and then transferring technology to a subsidiary, Kubota Graphics. Kubota vigorously denied the allegations.

As the 1990s continued Kubota pulled back from its ventures in U.S. high tech. First, in 1991, the $130 million the company had invested in Stardent and its predecessor companies failed to turn the venture around and Stardent’s chairman decided to call it quits. Kubota Graphics was likewise dissolved in 1994. Citing increased competition and industry overproduction, Kubota withdrew from the hard drive business in 1997 when it sold Akashic Memories to StorMedia Inc. of Santa Clara, California, and it divested its stake in Maxoptix through a management buyout. Meanwhile, the company received a boost from increased orders for earthquake-resistant ductile iron pipe and water storage tanks for emergency use, following the Great Hanshin Earthquake of 1995.

The slumping Japanese economy hurt Kubota’s results in the later 1990s. During fiscal 1998 the Asian economic crisis had an impact as well, and net sales fell from ¥1.14 trillion in 1997 to ¥1.03 trillion in 1998. Similarly, net income fell from ¥28.95 billion to ¥21.78 billion. Nevertheless, Kubota’s long tradition of successful adaptation seemed likely to see it through the troubled times. Such innovations as roofing materials that integrate solar cells and others that incorporate television antennas were keeping the company’s product mix from growing stale. In addition, Kubota was quickly reacting to the recessionary Japanese market by continuing to explore overseas markets, such as the 1998 formation of a joint venture to manufacture farm equipment in China.
Kubota tractors were first introduced to the United States in 1969 with the L200 Model and had 21 horsepower. Today there are over 1000 authorized dealers who sell their tractors, lawn mowers, garden tractors, lawn tractors and compact tractors.

The History of Briggs & Stratton

In 1908 an informal partnership between Stephen F. Briggs and Harold M. Stratton began. Within the initial partnership, Briggs was the inventor and Stratton was the investor. This partnership first ventured into the automobile manu­facturing business. From there, Briggs & Stratton progressed to manufacturing automobile parts. Some of the parts the Company produced for the automobile industry included locks, switches, and igniter’s. The Gas Engine Igniter was the first product developed by Briggs & Stratton at the Milwaukee Street facility.

In 1910 Briggs & Stratton incorporated, and due to the growing demand for automobiles, starter switches became the early main­stay of the Company’s business.

In 1919 Briggs & Stratton acquired and took over production of the A.O. Smith Motor Wheel. The Motor Wheel was used as a power source for bicycles and the Briggs & Stratto Flyer, a four-wheeled motorized ve­hicle comparable to a go-kart. This provided consumers with one of the first low-cost means of transportation.It also led to the creation of the stationary Type “P” engine and was introduced October 1920. The manufacturer of the “P” engine and following models like the 1-horsepower FG Engine, introduced in 1929 provided a porta­ble, reliable, and convenient means to power many applications of machinery.

The new engine powered applica­tions included washing machines,garden tractors, cultivators, and generators.
With the onset of World War I, citizens and companies alike were called to action to support the United States. Briggs & Stratton was no exception, and aided the country in its efforts with the manufacturing, assembling, loading, and testing of defense products. Briggs & Stratton flourished in several ways at this time – not only through the unquestioning support given to the United States Military, but with the introduction of women to the shop floor to aid in production.

During the 30s Briggs & Stratton developed several new models. These portable engines were first used extensively in agriculture and military use, but soon found use in other applications.

In 1930 Briggs & Stratton estab­lished a nationwide service organiza­tion using independent authorized central service distributors. These distribution centers were operated by factory-trained personnel, and provided replacement parts, special tools, and engine repair service.

Charles L Coughlin was named president of Briggs & Stratton in 1935 and remained president till 1972. Coughlin successfully navigated the Company through World War II, labor difficulties, and the incredible growth of the post-war boom years. His bril­liance as an industrialist was subse­quently recognized by the Harvard Business School.

In World War II with the devastating effects of the war being realized, the Company’s manufactur­ing contributions were noted by the government. Briggs & Stratton produced many products for the war effort, among them generators, fuse caps, the airplane magneto, the Graham trans­mission, and the B-5 two lever ignition switch.

In 1942, Briggs & Stratton received the Army-Navy E-Flag forexcellence in war production.

In 1953 Briggs & Stratton revolution­ized the lawn and garden industry by developing the first lightweight aluminum engine, lighter and less ex­pensive than their cast iron counter­parts,

By 1957 the aluminum engine ac­counted for 80% of engines shipped. The production of the aluminum engine led to the introduction of the Kool Bore™ engine, which sets the bar for engines today. Throughout the 1950s Briggs & Stratton pro­duced an average of over 2,000,000 engines per year. With the market for lawn and garden equipment growing tremendously because of the population’s expan­sion to suburbia, Briggs & Stratton engines were perfectly suited for the lawn mowers that would become an integral part of suburban life.

During the 1960s Briggs & Stratton expanded production in its Milwaukee plants due to the exploding demand for its product.
Leading the expansion and continu­ous product improvement effort dur­ing this period was Chairman Fred Stratton and CEO Vince Shiely. Some of these improvements included Easy- Spin® starting, Lo-Tone™ mufflers, and an automatic choke and starter.
Briggs & Stratton also introduced many new product lines to meet the need of the growing marketplace. These lines included the Quiet Power engine, the opposed twin engine, and the I/C® family of engines.

In the 1970s Briggs & Stratton faced its first seri­ous challenge to its leadership posi­tion in the air-cooled engine market when Japanese engine manufactur­ers, encouraged by the weak yen, began competing in the small engine industry. However, even though small engines were the core of Briggs & Stratton’s business, some of the impact of the new competition was absorbed because automotive locks and keys still accounted for 10% of annual sales. Supplying 40% of the products in a $50 million market, Briggs & Stratton had to expand its lock and key location twice in order to keep up with production levels. The fuel shortage of the 1970s combined with increasing environ­mental concerns, also prompted Briggs & Stratton to look into the manufacture of elec­tric motors for use on lawn and garden equipment. During the 70s Frederick P. Stratton Sr., served as Chairman of the Board for Briggs & Stratton from 1972 until his untimely death in June 1976, after that Vincent R. Shiely was Chairman of the Board for Briggs & Stratton until August 1977.

In 1980 Briggs & Stratton developed an unusual prototype vehicle, the Gasoline/Electric Hybrid automobile. This electric car was equipped with a small, twin cylinder, 4-cycle engine. The two power sources could be used independently or in tandem ac­cording to the needs of the user.

Continuing from the 1970s, the infu­sion of moderately priced premium Japanese engines and successful cost reduction efforts of its domestic competitors represented a critical challenge to the Company’s leader­ship position.
At the same time, the retail market for outdoor power equipment began to concentrate in the hands of a few powerful mass retailers who began to demand lower prices and greater product diversity. In the late 1980s Fred Stratton Jr., President and CEO at the time, led an effort to meet this challenge by reorganizing the Company into product-focused divi­sions. Briggs & Stratton also adopted the “economic value added” discipline in order to better manage operating and capital costs.
Briggs & Stratton expanded its prod­uct line and built new plants in order to better deal with the “mass marketi­zation” of outdoor power equipment. New efficient product-focused facili­ties were built in Statesboro, Georgia; Murray, Kentucky; Auburn, Alabama; Rolla, Missouri; and Poplar Bluff, Missouri.

To counter the threat of these Japanese counter parts , Briggs & Stratton introduced sev­eral new lines of engines including the Industrial/Commercial line and the Vanguard™ line. These engine lines, which were launched in the 1980s, represented improvements in design and overall performance that helped strengthen Briggs & Stratton’s hold of its share in this market segment.

Briggs & Stratton also resolved to expand its presence in lucrative overseas markets through products geared toward foreign applications. In an effort to meet international competition, Briggs & Stratton en­tered into a joint venture with the Daihatsu Motor Company. This highly automated facility would produce the Vanguard™ V-Twin overhead valve engines. This joint venture, along with a strategic alliance with Mitsubishi Heavy Industries, helped reaffirm Briggs & Stratton’s presence in the premium engine business.

During this time period, Briggs & Stratton continued to explore and introduce alternative products such as the environmentally friendly Smart- Fill® Fuel Can, battery-powered lawn mower, and the electric power head.

In 1985 Briggs & Stratton along with the American Red Cross established a program entitled Knowing Mowing to educate children on safe mowing. Designed with children twelve and old­er in mind, it provided those involved with the knowledge and skills for safe operation of lawn mowers. As one of the first of its kind, it helped to raise awareness of the near 10,000 lawn mower accidents involving children that occur annually.

In 1993 Briggs & Stratton embarked on another new venture and entered the field of kart racing with the formation of the Briggs & Stratton Motorsports Division. The division provides engines, parts, racing gear, and information through a network of about 100 Briggs & Stratton Motorsports Centers in the United States and Canada.

From racing karts to dragsters, from asphalt speedways to off road, Briggs & Stratton makes the engines that have been the choice of competition racers for years and years. The Company’s commitment to racing runs deep with long-stand­ing relationships with the Society of Automotive Engineers (SAE), and the National Hot Rod Association (NHRA), the World Karting Association (WKA), and more.

Briggs & Stratton’s current Chairman, President, and CEO John Shiely, along with Executive Vice President and COO Todd Teske, have a vision for the Company that exemplifies the core values of Briggs & Stratton’s customers – people who have a can-do spirit, get satisfac­tion from a job well done, and pass their knowledge to the next genera­tion. This vision, The Power Within™, also speaks to the commitmentBriggs & Stratton’s employees make when they work to provide power for all people; and of course, it speaks to the countless products powered by Briggs & Stratton.

 

Ransomes Mower History

The company was founded, as Ransomes, in 1789 by Robert Ransome, an ironfounder in Norwich before moving to Ipswich where he started casting ploughshares in a disused malting at St Margaret’s Ditches in Ipswich, with capital of £200 and one employee. As a result of a mishap in his foundry, a broken mould caused molten metal to come into contact with cold metal, making the metal surface extremely hard – chilled casting – which he advertised as ‘self sharpening’ ploughs, and received patents for his discovery.

In 1810- Ransomes exported their first ploughs to South Africa and Canada.

In 1832- Ransomes manufacture the world’s first lawn mower, the “Buddings Patent” under license.

1841- Ransomes begins manufactureing steam engines, traction engines and steam-driven threshers.

1856- Ransome and John Fowler join forces to produce the first steam plough. A portable steam engine pulled the plough across the field

In 1867- Ransomes produced the ‘Automaton’ hand-powered lawn mower.

In 1869- four engineers, J.A. Ransome, R.J. Ransome, R.C. Rapier and A.A. Bennett, left the company (by then Ransomes, Sims & Head) by agreement, to establish a new company, Ransomes & Rapier, on a site on the River Orwell, to continue the business of railway equipment and other heavy works.

In 1902 Ransomes produced the first commercially available power lawn mower, driven by an internal combustion gasoline engine.

1911- Ransomes became a public limited company. Ransomes had 2500 employees at this period. “wow
In the First World War, they manufactured aeroplanes: 350 Royal Aircraft Factory F.E.2 fighters.

In 1920- Ransomes introduced Britain’s first battery-powered electric truck.

1924- The Company commenced manufacture of trolley buses.

1926- Ransomes produce first mains electric operated lawn mower.

1927- First tractor mounted plough developed.

1933- Commenced manufacture of grain and grass drying equipment.

In 1946- Ransomes made arrangement with Ford Motor Company Ltd. for manufacture of mounted tillage implements.

1947- Introduction of battery-electric fork lift truck.

1950- Tractor mounted reversible ploughs introduced.

1953- Acquisition of Steel Case Co., Tredegar.

1954- Manufacture of combine harvesters.

1959- Arrangement with Hyster Ltd., Portland, U.S.A., to market Ransomes electric industrial trucks.

1961- World Ploughing Championship won with Ransomes plough for eighth consecutive year.

1963- Sales company formed at Munster, West Germany, jointly with Landre and Glinderman their Dutch distributors.

1964- Introduction of the world’s first tractor-mounted power-driven five unit gang mower.

1968 Acquisition by Ransomes of the Johnson and Catchpole engineering companies.

1971 Establishment of new company in Chile, Ransomes Chilena.
Ransomes resume worldwide marketing of electric trucks.

1972 Formation of Ransomes Property Developments Limited for developing surplus land at Nacton Site.

1973 Grass machinery sales exceed those of tillage equipment for the first time.

1974 Ransomes first self-propelled high work rate ride-on triple mower.

1978 Ransomes acquire interest in Wisconsin Marine, Johnson Creek, U.S.A. manufacturers of commercial rotary mowers.

1985 Ransomes acquire G.D. Mountfield of Maidenhead who manufacture a range of domestic rotary mowers.
Kimber Drop Forgings and Livesey Nu-Dale acquired and merged as manufacturers of drop forgings.

1987- Supreme Mowing Ltd manufacturers of grinders and cutting cylinders join the Group.
The farm machinery division is sold to Electrolux and merged with their subsidiary Overum. ( Electrolux Group)
This left Ransomes solely as a manufacturer of lawn mowers.

1988- Grass Machinery Division gains the Queen’s Award for Export Achievement.
Steiner Turf Equipment Inc, Ohio, U.S.A., who manufacture 2 and 4-wheel drive tractors with mounted turf care attachments is acquired by Ransomes, BTS Green, Italy and Granja, France were also acquired at this time.

Cushman and Ryan, Lincoln, Nebraska, manufacturers of turf trucksters
and aeration acquired by Ransomes.

1989- Brouwer Ltd of Keswick, Ontario, manufacturers of turf harvesting equipment and Westwood Tractors of Plymouth was acquired at this time.

G D Mountfield moved to the Plymouth site and merged with Westwood to become Ransomes Consumer Ltd.

1994- The world’s first all-electric triple greens mower was launched at U.S.A. Turf Show.

1998-The company accepted a take-over offer from Textron Inc, USA, and their independent existence ended early in 1998.

2001- Company re-branded as Ransomes Jacobsen Ltd, focusing on core brands.

2003- Company launches environmental program under “Driving Environmental Performance” strapline.

2004- New remote controlled bank mower “Spider” launched, winning multiple awards.

2005- Granja consumer mower division in France closed as focus continues on commercial and golf mowing equipment.

2006- Ransomes Jacobsen agrees with PGA to be Official Turf Supplier.

2007- 175 years since the first Budding was manufactured by Robert Ransome in Ipswich and the new HR 3300T out-front rotary mower is launched.

2008- The ‘RJ National’ 3 whole golf course is completed at the Ipswich manufacturing plant.

 

The History of Yazoo / Kees Mowers

November 23, 1874 Frederick Daniel Kees founds F.D. Kees. They made farm supplies, largely hand tools and such.
In 1880 Kees begins manufacturing glower stands and window brackets. Later washing machines, butter churns and domestic sewing machines are added.

In 1910 he moves his factory to Beatrice Nebraska.
1910 through 1920 his product line expands to include electrical meter boxes, transformer housings, and Postoscopes for projecting artwork. Ice skates and roller skates are produced under the Brownie Trademark, for export to Holland and the Scandinavian countries.

In October 1927 Fred D. Kees passes away at the age of 76 and his son John takes over F.D. Kees.

In 1933 Kees sells his roller and ice skate interests to the Chicago Roller Skate Company.

In 1935 another company was founded by two brothers, J.A. & O.H. Kerr, Kerr Tire & Rubber of Jackson, Mississippi.

In 1939 Kees manufactures field kitchens and radio equipment for the American Armed Forces he later purchases a concept high-wheel mower from a retired welder and create Yazoo Manufacturing Company. They relocate to 3650 Bay Street in Jackson, MS.

1947 John Kees sells F.D. Kees Manufacturing Company to George J. Schaefer and his neighbor, Frank Stangler. The new owners move into a new plant located at 700 Park Street in Beatrice, NE.

In 1949 they produce the first Power dethatcher and then,

in 1959 Yazoo Manufacturing Co. pioneered the first Out-Front rotary riding mower, the YR-60 (Yazoo Rider – 60 inch). It is a 3-wheel rider, with a 60 inch cut and a 12.5 hp Wisconsin single cylinder engine.

From 1960 to 1963 Yazoo adds several more models to there line up (YR-32, YR-36, YR-42, YR-48 & YR-76).

In 1963 Frank Stangler retires and sells his interest in F.D. Kees to his partner, George J. Schaefer also in 1963 George J. Schaefer adds the line of Kees Lawn and Garden Equipment including a self-propelled sprinkler, and The Kees Garden Tool Set featuring one-piece construction with each tool being formed from a single piece of heavy-duty steel.

1969 The Kees Kaster is introduced, which is a broadcast seeder.

1972 The Kees Kompak (Chipper-shredder), Power Blow (Blower) and Power Vac (Turf/pavement Vacuum) are introduced.

1976 F.D. Kees enters the commercial mower market with a 21 inch steel deck mower. This unit was side-discharge, came complete with a grass collector.

1977 The 36 inch and 48 inch intermediate walk behind mowers were introduced and establish the Kees brand as a leader in the market.

1980 J.A. Kerr’s widow sells Yazoo Manufacturing to Robert Herrin, a partner in H & H Corporation with Leon Hess.

1983 Yazoo changes their front-cut riders from clutch driven transmissions to Hydrostatic transmissions and the old engine range of 6-18.5hp is increased to 16-23hp engines.

1986 Kees creates their first 60 inch rider by adding a two point hitch and a sulky.

1987 Snapper purchases F.D. Kees from the Schaefer family as a means of entering the commercial market.

1991 Snapper sells F.D. Kees back to the Schaefer family. Robert Herrin passes away and H & H Corporation takes over running Yazoo Manufacturing Co.

1992 The first gear drive walk-behind is added to the Kees line. It is a 36 inch 12hp unit with a Peerless 700 transmission.

1994 The first Hydro mowers are added to the F.D Kees line.

May 1997 Yazoo Manufacturing is purchased from H & H Corp. by a group of investors, and the name is changed to Yazoo Power Equipment.

November 1997 Yazoo Power Equipment purchases F.D. Kees and the company is again renamed as Yazoo / Kees Power Equipment.

October 1999 Swedish based Husqvarna purchases Yazoo/Kees Power Equipment, establishes Husqvarna Turf Care Company to which Yazoo/ Kees belongs, and names Anders Berggren President.

August 2000• Husqvarna Turf Care Company acquires BlueBird International of Denver, CO to expand their commercial product offering into the ‘Turf Maintenance’ area.

February 2001• Yazoo/Kees has second expansion of the Beatrice, NE factory is completed, adding nearly 70,000 sq. feet to the plant.

November 2001• Yazoo/Kees introduces new MAX2 ZTH mower line as well as updated versions of the compact Mini-Max, Kutter, and Kutter Hydro mowers.

June 2002• BlueBird International moves all operations to Beatrice to join its sister company, Yazoo/Kees.

November 2002• Yazoo/Kees introduces the Mega-Max and Floating Deck Kutter Hydro models.

January 2004• Henric Andersson replaces Anders Berggren as President of Husqvarna Turf Care.

April 2005• Yazoo/Kees moves into new 274,000 manufacturing facility in Beatrice, Nebraska.
• Yazoo/Kees launches new website.

December 2005• Yazoo/Kees introduces the Esteem series of zero-turn mowers, designed for large residential or estate owners.

Yazoo/Kees
401 N. Commerce St.
Beatrice, NE 68310

 

Hustler Mower History

In 1963 an odd-looking machine cut grass in a backyard in Moundridge, Kansas. The mower was not especially large nor particularly powerful, but it could turn – as they say – on a dime. In fact, it could reverse directions, 180 degrees, in an instant. A turn with a radius of, exactly, zero degrees; a turn completed within the length of the mower itself.

The zero-turn mower was born in the agile mind of John Regier, a tinkerer of the first rank who found his inspiration in necessity. With his wife in open revolt over her grass-cutting responsibilities on the Regier homesite, he adapted a design for a steering system and transmission first used on haying equipment a decade earlier. He named his invention the “Workhorse,” a reference perhaps both to the mower’s and Mrs. Regier’s propensity for hard labor. And perhaps because John Regier had no formal education in engineering or industrial design, his employer (the patent-holder on his hay-swather model) showed no interest whatsoever in the new-fangled mower. He promptly resigned his position and set to work putting a 36-inch zero-turn mower into production.

Mr. Regier built 24 of his mowers, now rechristened the “Hustler,” a name belonging to the B-58 fighter-bomber he encountered in the pages of Popular Science magazine. As he recalls, “I lost money on every sale,” but his efforts at accelerating the business of mowing did not go unnoticed.
In nearby Hesston, Kansas, Roy Mullet and his partners at Excel Industries, Inc. were busy building tractor cabs, but everyone at Excel understood the vagaries of a fickle agricultural marketplace. Excel was looking to diversify. “We were very impressed with John’s design,” Mr. Mullet remembers, “and we could see the potential of the zero-turn concept.” Excel quickly threw its manufacturing capacities behind the new mower after deciding that, with all the price sensitivities of the homeowner landscape market, only a larger, commercial-grade machine seemed viable. And so the first Hustler rolled off the assembly line with 65 inches of cut behind a 12-horsepower engine, all aimed at the folks who cut grass for a living.
Initial acceptance among turf professionals proved solid. The mower’s first customers welcomed the Hustler’s maneuverability. They applauded the mower’s ease of handling. They appreciated its immediate contributions to productivity.
They did not enjoy the belts, however.

John Regier’s original design relied on belt-drives – truth be told, a welter of belts in multiple sizes spinning in multiple directions in a mass that did not admit of easy admission. And truth be told again, belts do demand adjustment in increments approaching near continuous attention. And they slip at the worst possible times, on slopes for example, when power is needed most. A conversion to hydrostatic drive seemed the answer – and indeed it was! – but, if all those original belts were an ongoing source of problems, Excel’s first attempts at hydraulics were an even bigger headache.

Throughout its 40-year history, Excel has valued simplicity: simple design, ever more simple methods of manufacture, simple and straightahead warranties. Excel Hustler mowers have always embodied the benefits of simplicity: economy, strength, durability, ease of maintenance, accessibility. Excel learned all about the value of simplicity in that first experiment with hydrostatic drive. Its own engineering department deluged with work, Excel farmed its first design project to alleged experts in hydraulics at nearby Wichita’s aircraft plants. The results of the borrowed expertise? In Roy Mullet’s words, “a plumber’s worst nightmare.” A mechanized jumble of valves, elbows, pipes, hoses, heat-transfer radiators, oil reservoirs, pumps, and motors. Over-engineering at its best: a machine with an 18-horsepower engine and a top speed of four miles an hour. Oh, and an inability to cut so much as a single blade of grass at that speed. “We stood around and looked at that monstrosity, and we were ready to abandon the project,” Mr. Mullet recalls.
But then, as has happened so often in this company’s four decades, a great idea emerged from an unexpected source. Ray Rilling was the head of maintenance in Excel’s Hesston facility when he approached Roy Mullet with a promise – a workable hydrostatic mower in one year. Like John Regier, Mr. Rilling was fascinated with mechanical things, and he honestly thought that in 52 weeks he might deliver a drive system capable of cutting grass on the straightaway and then turning in a split second at the end of the row. In a tiny shop behind a restaurant in Walton, Kansas, Ray Rilling tinkered and thought, thought and tinkered and built his own components, and a year later – almost to the day – he was back in Roy Mullet’s office with a hydrostatic mower that could actually cut grass at a reasonable rate of speed.

As Ray Rilling experimented in Walton, Excel sold 21 belt-driven zero-turn Hustlers to the State of Pennsylvania, a good sale for sure but still the company’s only sale for the year. With the introduction of Mr. Rilling’s hydrostatic drive in 1969, Excel began a direct-marketing campaign that took the new mowers directly to outdoor power equipment dealers. Suddenly, there were demo models bouncing along on trailers all over America. Yellow mowers, painted as such because supplies of yellow paint were already plentiful in Hesston, Kansas: Excel was building tractor cabs for a certain OEM with a most definite set of paint schemes.

And so it started.
The small-town people of Excel Hustler set about the business of serving the needs of the commercial turf industry with one large question in mind: how might these mowers accomplish more work with fewer man hours day after day, year after year? Meanwhile, Excel Hustlers went to work every morning in the company of a rapidly growing number of landscape professionals who understood the immediate and the long-term value of a machine that could accelerate around obstacles, that almost never backtracked, that could trim as it mowed..
And all along the way, Excel Hustler managed to be first, to time and again bring to market the technological innovations that have shown an entire industry the way to go.

In 1966, those earliest Hustlers were the first commercial-duty tractors mounting mower decks with offset trim capacity.
Four years later, there came the first dual-path hydrostatic drive system.

In 1983, the Hustler RangeWing™ essentially doubled wide-area mowing capacities, improving the reach and sweep and quality of cut of tractor-mounted systems – all at a fraction of the cost of adding another mower.
A year later, there came the Hustler Hi-Lift BAC-VAC™, the first clipping collection system capable of lifting and dumping a big container’s contents into a truck or a trailer.

In 1985, Excel Hustler showed the world what a mid-mount Z-rider might accomplish. The Compact 250 it was called, and it changed the way that landscape contractor’s structured their mowing fleets.

Another big question developed back in Hesston in the early1980s: what more could be asked of a tractor that cut fast, turned right now, and almost never broke down? And so Hustler completed its roster of attachments, tools that extended productivity year-round: big, omnivorous decks, snow throwers, V-blades, dozer blades, edgers, and specialized collection and mulching systems that took full advantage of the Hustler’s maneuverability.

With the landmarks established over the first 30 years of its history, Hustler has invested the past decade in the refinement of long-proven designs and in the introduction to new markets of products bearing time-honored Hustler standards of functionality and durability. Most notably, these yellow mowers are now being parked in garages and backyard sheds across America, as Hustler has entered residential mowing with a vengeance. With that entrance to the homeowner marketplace has come a huge surge in the company’s sales network. With dealers worldwide, Hustler has never been better positioned to serve specific market sectors, particularly since the arrival of new lines of walk-behinds, mini Zs, golf course equipment and, most of all, the FasTrak, a design aimed directly at ranches, farms, and larger suburban properties.

Today, Hustler operates from a 245,000 square-foot facility that’s grown by another 95,000 square feet as a new powder-coat paint system comes on line – all part of the company’s strategy of pursuing markets with higher volumes than the industrial market in which Hustler first made its name. The strategy seems to be working: Excel Industries was recently recognized as one of the fastest growing companies in Kansas.
Big ambitions indeed for a company whose first mower was built in a backyard, albeit a mower that has now revolutionized an entire industry.

Hustler Turf Equipment
200 S. Ridge Road
Heston, KS. 67062

Dixon Mower History

More than 30 years ago, an idea combined with ingenuity inspired the beginning of a brand that revolutionized the way homeowners and professional landscapers alike cut grass.

Dixon acquired the patent to a unique mechanical transmission that allowed a Zero Turning Radius (ZTR) on a mower. This transaxle allows steering to be controlled by the power wheels on the mower instead of a steering wheel. By delivering the power independently to each rear wheel, the operator is able to turn the mower around within its own dimensions. This greater maneuverability allows for trimming close to shrubs, around trees, and in fence corners or other tight spots – places that usually had to be trimmed by hand.

With its new design and a plan to carve a niche in the riding mower market, Dixon rolled its first ZTR mowers off the assembly line in 1974. Then, beginning with a group of distributors in the Midwest, Dixon convinced the world that there was a better, faster and easier way to mow. The rest is an American success story. Today, Dixon ZTR mowers are sold across the United States and throughout the world.

Bob-Cat Mower History

1940: The Wisconsin Marine Company formed. It manufactured boat hoist equipment, floating docks and piers and underwater salvage equipment.
1950: The first BOB-CAT 2 Stage Snowthrower was built. This was the sole power product for 20 years.
1958: Wisconsin Marine moved from Pewaukee WI to Lake Mills WI.
1972: The designs, machinery and inventory of Wisconsin Marine were purchased and a new company was formed under Wisconsin Marine.
1974: Wisconsin Marine is dealt a severe blow when a fire destroyed a major portion of the factory.
1975: Wisconsin Marine rebuilds and launches a 12” trimmer, 21” push mower, 32”, 36” and 48” midsize walk behind mowers and full range of riding mowers.
1978: Extreme growth of the company demanded more manufacturing and warehouse space. 3 locations were leased in Lake Mills, Helenville and Madison WI. Employment grew to 90 people. Ransomes Sims and Jefferies bought a minority interest in the company and were awarded the distribution rights for Europe.
1979: Wisconsin Marine bought 40 acres of land in neighboring Johnson Creek WI and built a 90,000 square foot manufacturing facility. All four of the facilities moved under one roof in Johnson Creek.
1981: Ransomes Sims and Jefferies buys the remaining shares in Wisconsin Marine and forms a new company called Ransomes America. The Johnson Creek WI facility is called Ransomes Inc.
1982: A 23,000 square foot warehouse was added in Johnson Creek WI.
1985: A 48,000 square foot manufacturing expansion was added in Johnson Creek Wi
1988: Ransomes America purchased Steiner Turf in Dalton Ohio
1989: Ransomes America purchased Cushman Inc. which included the Ryan Turf Renovation Products and Brouwer Turf in Keswick Ontario Canada.
1992: The Brouwer plant in Keswick Ontario was closed and all the manufacturing was moved to the Dalton Ohio plant.
1997: Continued growth and new products required additional space and a 38,400 square foot manufacturing addition was completed.
1998: The Ransomes plc worldwide group was purchased by Textron Inc. and formed a division called Textron Golf, Turf & Specialty Products. In late 1998 the Bunton product line was moved from Louisville KY to Johnson Creek WI plant.
1999: In August of 1999 a 19,720 square foot addition along with a new state of the art powder paint and wash system were completed.
2002: The Steiner and Brouwer plant in Dalton Ohio is closed and the products are moved to Johnson Creek WI.
2006: August 19, 2006 Textron sold the Johnson Creek facility along with 5 brands including BOB-CAT, Bunton, Brouwer, Ryan and Steiner to JEP Management. They formed a new company called Commercial Grounds Care, Inc. In October the Brouwer brand and all of its products were sold to Kesmac of Keswick Ontario Canada.

write to:
Commercial Grounds Care, Inc:
One Bob-Cat Lane
Johnson Creek, WI 53038
Call:
1-866-469-1CGC (1242)
920-699-2000

Ferris Mower History

1909: Ferris Industries began as the Uebler Milking Machine Company in 1909. William Uebler, the inventor of the milking machine and Jesse Ferris, a businessman, saw this venture as an opportunity to serve the many dairy farmers of Oneida county in the rolling hills of upstate New York. For the next 80 years, the company thrived, earning a reputation for producing quality, reliable machinery for dairy farmers.

In the mid-80′s, the third generation owner of the Uebler Milking Machine Company, Dave Ferris, predicted that the company’s profits were going to disappear along with the small dairy farmers it served. In 1986, he saw his opportunity.

In 1987, Ferris introduced and patented the first hydrostatically driven walk-behind mower. For this innovation, the company was awarded the prestigious Innovation Award at Expo ’89. Explains Dave Ferris, “we were using the hydrostatic transmission in our feeding machines, so it was familiar to us. We decided to put it into our mowers. We didn’t invent the transmission, but until we put it into our machines, all the walk-behind mowers were belt-driven.”

In 1998, Ferris made history with its introduction of IS® — the first ever independent suspension system for the riding mower. Unlike riding mowers with fixed axles which don’t protect the rider from bumps and jolts, IS® greatly increases operator comfort and allows for faster mowing speeds and increased productivity. This breakthrough development earned Ferris the OEMmie Award for Innovative Engineering Solutions which recognizes products that.”advance the state-of-the-art, provide a unique solution, and offer a significant increase in performance.” In 1998, Ferris Industries moved into its current 85,000 square foot facility. The move allowed for consolidation of sales/warehouse and administrative operations, and for the purchase of such state-of-the-art equipment as a $550,000 powder coat paint finishing system and $450,000 Trumpf turret punch press.

In 1999, Simplicity Manufacturing purchased Ferris Industries, thereby committing extensive resources to building Ferris’ leadership position. Jim Wier, CEO of Simplicity Mfg., confirms the positive impact of the acquisition:
Mr. Wier served as president until July 2004.

2000: Within the first six months of its purchase by Simplicity Manufacturing, Ferris began to fulfill its dramatic growth objectives. Sales increased by 40% (much of the growth driven by sales of Ferris mowers featuring IS® independent suspension). The company completed a $300,000 expansion that added 9,500 square feet to its state-of-the-art factory. And, the company increased its work force by 50% and significantly increased its engineering staff to handle new product development plans.
2001: Ferris Industries started manufacturing a new line of mid-mount zero-turn mowers: the 1000Z, a compact unit for tackling tight spaces; the IS 3000Z, featuring two-wheel, rear independent suspension; and the IS 4000Z, featuring four-wheel independent suspension.
2002: Ferris Industries announces the promotion of Phil Wenzel to the position of president and chief operating officer (COO) for Ferris Industries. Ferris begins shipping the newest addition to its line of mid-mount zero-turn mowers-the IS 1000Z featuring two-wheel, front independent suspension. Ferris also announced the Fast-Vac turbo collection system for use with its IS 3000Z, IS 1000Z and 1000Z. Another industry first from Ferris this year is the introduction of the IS 5000Z. Boasting an industrial-grade Cat® diesel engine and a newly designed, four-wheel IS Independent Suspension system; this unit is set to deliver unmatched power and performance.
2003: Ferris introduces the Hydrocut 32. This single hydrostatic driven walk behind is the only one of its kindin the industry. This innovative unit combines gear drive features and benefits of a hydro-driven machine at the price of competitive drive units! This is the mower that should be on every landscaper’s trailer. Ferris also completed another expansion to its Munnsville, NY facility by adding over 50,000 square feet of new assembly area. This latest addition will allow Ferris to continue to grow faster than any other manufacturer in the industry.
2004: In 2004 Simplicity Manufacturing, along with it’s subsidiaries, Ferris, Snapper and Giant-Vac were purchased by Briggs & Stratton Power Products Group. Joseph C. Wright was promoted to the position of Vice President, President – Yard Power Products Group. This move will give Ferris the resources to continue on it’s current growth strategy. 10,000 square feet of space is added to the Munnsville, NY location to handle this continued growth.
2005: Ferris introduces four new models for 2005 the IS 1500Z, IS 3000ZL, IS 4500Z and the Hydrocut 36. The IS 1500Z and IS 4500Z boast our newly designed “Active Performance Suspension (APS).” This new suspension system is another step in Ferris’ drive to improve suspension technology for the riding mower. The Hydrocut 36 features Ferris’ exclusive “Torque Tuned Blade” system. This is a timed decksystem that allows the mower to be more maneuverable and easy to handle, while ensuring a clean and precise cut. These 4 new mowers, with more planned for 2006, continue to show that Ferris is the innovation leader in the outdoor power equipment industry.

Ferris® Industries
5375 N Main Street
Munnsville, NY 13409
Toll Free (US & Canada) 800-933-6175
Tel: (315) 495-0100
Fax: (315) 495-0109
Business Hours (Mon –Fri) 8:00AM – 5:00PM EST