Short History of Shanks

Shanks Lawnmowers began with a man named Alexander Shanks (born in Arbroath in 1801), who is credited with patenting the first (effective) lawnmower.

Shanks had started his own machine making and spinning firm at Ogilvy Place, Arbroath in 1825. His invention was horse drawn and unlike it competitors rolled grass as it cut, creating the all-important smooth lawn. His grass cutting machine as it is described in the original patent document had long low lines, rear guiding handles and a horse towing bar projecting from the front, in appearance similar to an iron plough. with roller, cogs and cutting blades in place of the sock and coulter.

Alexander Shanks needed help in promoting his new machine and turned for advice to William F. Lindsay Carnegie of Boysack, a local landowner interested in new ideas. Carnegie immediately saw the possibilities of Shank’s (horse-drawn grass cutting machine), and ordered one for his estate at Kinblethmont. The first trial of the new cutting machine took place in 1842.

As gardens and gardening gained in popularity with the middle classes, Shanks along with other lawnmower manufacturers began to produce more and better models to cater for this growing market. The firm moved into bigger premises in Arbroath at Dens Iron Works. They opened a showroom and office in London supplying lawnmowers as far south as the Isle of Wight, and diversified into other aspects of ironwork. It seemed that the ‘Grassie’ as the Dens iron Works was affectionately known would continue forever, but in the 1950s the manufacture of lawnmowers in Arbroath was taken over by a Birmingham firm, and in 1969 an era came to an end.

Shanks Reelmower

1949 Eclipse Reel Mower

1949 Eclipse Reel Mower Ad

I don’t know much about the Eclipse company at this time. But from what I have found out is that the founder was Fred Adams.
Freed Adams was an Illinois farm boy who later trained as a jeweller. His idea of a self-sharpening lawn mower came way back in 1900.
The next year he started the Eclipse Company in Prophetstown, Illinois. One of the first mowers the company produced was the sidewheel “Lady” mower.
Eclipse also made many other sidewheel models during its early years. In the 1950’s a wide range of powered machines were made.
In 1960 the company was taken over by Hahn.
This is all I know about the Eclipse company now, but will try to find more later on.
If any one has anything else on these mowers or the company, please fill free to comment.

British Anzani Engine Company Ltd

British Anzani Lawn Mower History

Here is a picture of a award winning Steam Powered Anzani Lawn Mower. This picture was taken at the Peterborough Vintage Tractor show 2008.
Award Winning Anzani Steam Powered Lawn Mower

Anzani went into lawnmower production in the late 50’s with a range of equipment of mostly larger scale 14”, 16” and 24” mowers for professional purposes. Production went on until the late 1960’s from their new factory in Aylesford in Kent. The range included the Lawnrider (a 150cc 4 stroke sit-on mower in 18” and 24” widths), the Ridamow (another sit-on mower with a detachable seat for self propelled operation, 150cc 4 stroke 24” width), the Powermow (a self propelled 24” width mower) and for smaller areas the Easimow, (a 14” self propelled 4-stroke 48cc machine). All the petrol driven mowers included the Heli-Strand flexible drive power take-off system which provided a range of additional tools that could be driven directly from the mower. These included a chain saw, hedge cutter, log saw, pruning saw and rotary grass cutter. The range also saw the Company’s first electric mower the Whispamow, a 14” two-speed battery driven machine with built-in charger. They produced add-ons too for a descendant of the Iron Horse: the Honda F30 tractor. The Heli-Swift 30 was a 20” grasscutting attachment belt driven from the tractor costing £35 15s 0d. The Foldakart was a heavy duty wheelbarrow designed to compliment the mower range.

John Deere Mower History

John Deere did not enter the Lawn and Garden Tractor Market until 1963, but I wanted to give the complete history of John Deere in this post. I know this post is long but John Deere has been around since 1837.

1837- John Deere fashions a polished-steel plow that lets pioneer farmers cut clean furrows through sticky Midwest prairie soil.

1838- John Deere, blacksmith, evolves into John Deere, manufacturer. Later he remembers building 10 plows in 1839, 75 in 1841, and 100 in 1842.

1841- First practical grain drill patented. First emigrant train of covered wagons reaches California. New York, Pennsylvania and Ohio are the chief wheat-growing states.

1842- John Deere adds retailing to his business, filling orders for the Patent Cary Plow.-

1843- Deere and Leonard Andrus become “co-partners in the art and trade of blacksmithing, plow-making and all things thereto…”

1844- John Gould, a partner, on Deere’s work habits: “Hammering in the morning… at four o’clock, and at ten o’clock at night; he had such indomitable determination to… work out what he had in mind.”

1848- The growing plow business moves to Moline, 75 miles southwest of Grand Detour. Moline offers water power and transportation advantages. Deere chooses a new partner, Robert N. Tate, who moves to Moline and raises the rafters on their three-story blacksmith shop by July 28.

1849- A work force of about 16 builds 2,136 plows.

1850- Company called Deere, Tate & Gould

1851- Most one-horse plows sell for $6 to $9. A larger “breaker” sells for $23.

1852- Deere buys out his partners. For the next 16 years, the company is known variously as John Deere, John Deere & Company, Deere & Company, and Moline Plow Manufactory.

1853- Sixteen-year old Charles, Deere’s only living son, joins the firm as a bookkeeper following graduation from a Chicago commercial college.

1854- The railroad reaches Rock Island. Six hours to Chicago, 42 to New York.

1855- Most employees earn 58 cents to $1.50 a day. A speedy piece worker paints 180 plows at a dime each—$18.00 for a week’s work.
1856- The first railroad bridge across the Mississippi River links Rock Island with Davenport.

1857- The improved Clipper Plow has a rolling coulter to cut vegetation, resulting in a clean furrow slice.

1858- The business totters during a nationwide financial panic. Maneuverings to avoid bankruptcy shuffle ownership and managerial arrangements. John Deere remains titular president, but managerial power passes to Charles Deere.

1859- Charles Deere takes over at age 21, and runs the company for 49 years.

1860- Operating now as the Moline Plow Manufactory, Charles Deere signs all advertising literature and promotional literature with his own name.

1861- Civil War begins. Midwest farmers and their suppliers prosper during the war years as Army demand and European crop failures boost crop prices.

1862- Large-scale Midwest farming develops during the war. Farm machinery improves, enabling expansion even by small farmers.

1863- The company makes the Hawkeye Riding Cultivator, the first Deere implement adapted for riding.

1864- John Deere obtains the company’s first actual patent for moulds used in casting steel plows. Another follows in a few months and a third the next year.

1865- Demarius Lamb Deere, John Deere’s wife, dies at age 60. He returns to Vermont, reacquainting himself with Lucenia Lamb, her sister. They marry the next year.

1866- A Civil War legacy is an army of farmers handicapped by severe injuries. Others are hurt in farm accidents. Hawkeye Riding Cultivator advertisements note that “A one-arm or one-legged man can manage it.” Another manufacturer features a sulky plow, “especially adapted for small boys, old men and cripples.”

1867- Charles Deere sues Candee, Swan & Co., a competitor, for trademark infringement. The case has precedent-setting implications for trademark law. Could Deere preempt the word “Moline” which it has been using in its advertising, so that no similar product could incorporate it? The ultimate answer is no. The Walking Cultivator is patented in August 1867. Although farmers might prefer riding, the lower cost of this unit makes it sell even though the man has to walk in soft ground while straddling a row of corn.

1868- After 31 years as a partnership or single proprietorship, the concern is incorporated under the name Deere & Company. There are four shareholders at first, six within a year. Charles and John Deere control 65 percent of the stock.

1869- Charles Deere and Alvah Mansur establish the first branch house, Deere, Mansur & Co., in Kansas City. A semi-independent distributor of Deere products within a certain geographic area, it is the forerunner of the company’s current farm and industrial-equipment sales branches and sales regions.

1870- Five basic product lines dominate the company’s output through the end of the 19th century: plows, cultivators, harrows, drills and planters, and wagons and buggies.

1871- The Order of Patrons of Husbandry — the Grange — gains strength among farmers discontented with low prices and high costs.

1872- Virulent Grange attacks occur throughout the 1870s on the “middleman” (farm-machinery dealer) and the “monopolist” (farm-machinery manufacturer). Some Granges attempt manufacturing, unsuccessfully.

1873- The Panic of 1873, triggered by failure of a New York banking house, begins the depression of the 1870s. John Deere is elected mayor of Moline, and serves two years.

1874 Grasshopper attacks worsen economic conditions of Midwest farmers. Still, the Deere business grows. More than 50,000 plows are sold.

1875- Gilpin Moore develops the Gilpin Sulky Plow. It takes the farmer off his feet, puts him on a seat, and becomes one of the company’s most successful 19th-century products.

1876- Noting sagging business prospects and skyrocketing bad debts, the company institutes a ten-percent wage cut. A brief strike ends and workers return to work on the company’s terms. The “leaping deer” trademark appears.

1877- Deere & Mansur Company is formed in Moline to manufacture corn planters. A separate organization from the similarly named Kansas City branch, it will become part of Deere & Company in 1909.

1878- The Gilpin Sulky Plow defeats 50 other plows in a field trial at the Paris Universal Exposition, winning the first place Sevres vase valued at 1,000 francs. Unit sales the following year rise to 5,198, and reach a height of 7,824 in 1883.

1879- With the success of the Kansas City and St. Louis branch houses, contracts for Deere, Mansur & Company (the St. Louis branch) is renewed with increased capital of $25,000. Branches in Minneapolis, Omaha, Council Bluffs and other locations soon followed across the country.

1880- Wagons enter the product line early in the decade, soon followed by buggies. By century’s end, company catalogs will feature Old Hickory, New Moline, and Mitchell wagons, as well as Derby, Red Star, White Elephant, Victoria, Goldsmith, and Sterling buggies.

1882- Deere & Mansur Company corn planters, employing an innovative rotary planting mechanism, turn a $48,000 profit.

1883- The five best-selling products between 1879 and 1883 are walking plows, Gilpin sulkies, cultivators, shovel plows, and harrows. Walking plows account for more unit sales (224,062) than the other four combined.

1884- Prices decline in the 1870s, 1880s and 1890s.

1886- John Deere dies in Moline at 82.

1887- The company begins to pay health-and-accident benefits to employees.

1888- Steam tractors appear on American farms during the 1880s. Deere makes gang plows that tractors can pull, but not the tractors. The “Steam Age” lasts about 30 years, until the “snorting, puffing giant” is replaced by the gasoline tractor.

1889- The company’s five key branches are in place at Kansas City, St. Louis, Minneapolis, Council Bluffs/Omaha, and San Francisco.

1890- Deere’s board recommends selling the company. A British syndicate and other suitors appear, but deals fall through and the company remains independent. The Sherman Antitrust Act passes. Among other things, it makes price-fixing through trade associations illegal.

1891- By about this time, most farm machinery dependent upon horse power has been discovered.

1892- Charles Deere’s daughter, Katherine, marries William Butterworth, who will succeed him as the company’s CEO. Charles’ daughter, Anna, marries William D. Wiman. Their son, Charles Deere Wiman, will succeed Butterworth.

1893- The Panic of 1893, touched off by a New York stock market crash, begins the worst depression of the 19th century.

1894- A bicycle craze grips the country. Branch catalogs push the Deere Leader, the Deere Roadster, and the Moline Special. The fad fizzles in a few years. (In the 1970s, the company returns briefly to the bicycle business.)

1895- The Furrow debuts. It grows into one of the world’s preeminent farmer’s magazines. As the 20th century ends, it is published in 12 languages and distributed in more than 40 countries. Circulation is more than 1.5 million in 1999.

1898- The Spanish-American War breaks out in April. When it ends in December, Spain has lost Cuba, Puerto Rico, Guam, Wake Island, and the Philippines to the US.

1899- Farm crops top American exports throughout the 19th century, never dropping below 65 percent of total exports in any decade, sometimes surpassing 85 percent. The
John Deere Youngblood Driving Buggy is being built in St. Louis. Its lightweight and tall wheels make it easy to be pulled by a single horse, even at a trot.

1900- In the 1899-1900 fiscal year, aggregate business exceeds $2 million for the first time.

1901- Twenty implement makers, including Deere & Company and Deere & Mansur Company, announce plans to combine into the “American Plow Company”. Charles Deere is the driving force, but the proposal collapses.

1902- The three major harvesting manufacturers create the International Harvester Company.

1903- George Mixter, plow-factory superintendent, persuades the company to install extensive environmental controls in the grinding room.

1904- The St. Louis branch territory is split. The Dallas office becomes a full-fledged branch.

1905- For much of the decade, Deere decision-makers ponder responses to the aggressive, acquisitive International Harvester, whose line now includes manure spreaders, wagons, engines, and other products.

1906- Congress passes the Pure Food and Drug Act, and the Meat Inspection Act.

1907- Charles Deere dies. William Butterworth, his son-in-law, becomes CEO. The company establishes a non-contributory pension plan for employees with 20 or more years of service who have passed age 65.

1908- George Washington Carver finds new uses for peanuts, sweet potatoes, and soybeans, thus helping diversify Southern agriculture. The Ford Model T appears, heralding the mass production of automobiles.

1909- With affordable housing for some workers a problem, the company joins with the Deere estate to build 50 homes. By 1920, 315 homes and apartments have been built for employees in Moline and East Moline. Some are sold, and some rented. After WWII, the company builds 111 more houses in Dubuque.

1910- Directors launch a major reorganization. Its goal is a consolidated entity controlled by the Deere & Company board. The plan unifies factories and branches, anticipates acquisitions, and centralizes accounting and financial planning.

1911- Experimental work in the first two decades of the 20th century increases disease-resistant plant varieties, plant yields and quality, and productivity of farm animals strains. For the first time, the company issues 400,000 shares of preferred stock. The shares are listed on the New York Stock Exchange the following year.

1912- The modern Deere & Company emerges. It consists of 11 manufacturing entities in the US and one in Canada, and 25 sales organizations—20 in the US, including an export department, and five in Canada. The company also operates a sawmill and owns 41,731 acres of timberland in Arkansas and Louisiana. Harvester Works built in East Moline.

1913- International Harvester executives note that Deere has begun building a harvester factory in East Moline, indicating it intends to compete in IH’s traditional market. Retaliating, they buy two plow manufacturers, thus invading Deere’s traditional turf.

1914- WWI begins. The Clayton Anti-Trust Act outlaws contracts that prohibit purchasers from buying or handling products of a seller’s competitors. Full-line equipment makers like Deere have long pressed dealers not to stock competing products.

1915- New technology poses vexing questions to equipment makers: Is the gasoline engine tractor a major innovation that will be adopted widely? If so, should implement makers buy them from specialist manufacturers or make them themselves?

1916- Competitors enter the growing tractor business. Deere builds experimental and prototype models, but delays decisive action on producing what will become the most important tool of modern agriculture.

1918- Deere buys the maker of Waterloo Boy tractors. The tractor will become its basic product. Though 5,634 Waterloo Boys are sold this year, Ford Motor Company sells 34,167 Fordson tractors. WWI ends; of 1,611 Deere employees who served, 37 died.

1919- Labor turmoil spreads throughout the country. A bitter three-month strike over union recognition breaks out in Waterloo, the most serious employee relations strife Deere has so far experienced. The strike ends with Deere remaining non-union.

1920- The economy nosedives. Farm bankruptcies skyrocket as the “Golden Age” of agriculture ends. Famous names, including General Motors, withdraw from the tractor field. The FTC accuses implement makers of price-fixing.

1921- Bad times continue. As business shrinks, extensive layoffs follow. Waterloo Boy tractor sales plummet incredibly, to 79 from 5,045 the previous year. Wages of those still working are cut at least 10 percent.

1922- Ford Motor Company again cuts tractor prices drastically, as it had in 1921, to attract business during hard times. This time the strategy pays off; Fordson tractor output jumps to almost 67,000 in 1922 from 35,000 in 1921.

1923- Deere launches the Model “D”. A success from the start and the first two-cylinder Waterloo-built tractor to bear the John Deere name, it would stay in the product line for 30 years.

1924- International Harvester introduces the Farmall, a breakthrough in tractor technology. Its design—rear wheels wide apart, front wheels close together—permits tractor cultivation of row crops. By decade’s end, IH builds almost 60 percent of farm tractors.

1925- Design begins on the “GP” (for General Purpose) Tractor, the Deere answer to the Farmall.

1926- Farm surpluses in the 1920s increasingly become an issue. In Detroit, Henry Ford institutes an eight-hour day and five-day work week at his factories.

1927- The company produces a combine, the John Deere No. 2. A year later, catalogs advertise the John Deere No. 1, a smaller, more popular machine. By 1929, the No. 1 and No. 2 are replaced by newer, lighter-weight versions.

1928- William Butterworth is elected President of the US Chamber of Commerce. Primary company managerial authority passes to Charles Deere Wiman.

1929- The “GP” Wide-Tread, a row-crop tractor, enters the market. It is the first Deere tractor with a tricycle front to fit between two crop rows, and rear axle wide enough so wheels can straddle two rows.

1930 Consolidations leave only seven full-line farm equipment companies: John Deere, IH, Case, Oliver, Allis-Chalmers, Minneapolis-Moline, and Massey-Harris. Deere and IH dominate most product categories.

1931- A $1.2 million embezzlement at People’s Savings Bank in Moline, Illinois — “Deere’s bank” — threatens closure and loss of employee savings. The company writes a check to cover the loss. The bank survives.

1932- The Great Depression hardens, forcing massive layoffs, pay and pension cuts, shortened hours, and a temporary end to paid vacations. A 1920s savings innovation, the Thrift Plan, eases the burden for some employees. John Deere continues group insurance for the unemployed, lowers rent in company housing, and starts “make work” projects.

1933- Business is almost at a standstill. Sales plunge to $8.7 million. Though it is losing money, the company decides to carry debtor farmers as long as necessary, greater strengthening farmer loyalty.

1934- Despite the Depression, the company emphasizes product development. The Model “A” Tractor enters production. A similar but smaller Model “B” follows in 1935. They become the most popular tractors in the company’s history, remaining in the product line until 1952.

1935- John Deere, strong in wheeled tractors, and Caterpillar, dominant in tracked tractors, join forces to sell each other’s products, especially in California. Strong at first, the link weakens with time, breaking finally in the mid-1960s.

1936- The Agricultural Adjustment Act and other New Deal farm legislation helps farmers recover from Depression effects. Farm-equipment sales bounce back from their lows.

1937- At the beginning of the decade, only 13 percent of farms have electricity. By decade’s end, after passage of the Rural Electrification Act, the total rises to 33 percent. Not until the 1960s would virtually all farms have electricity.

1938- Industrial designer Henry Dreyfuss, working with Deere engineers, streamlines the “A” and “B” Tractors. Henceforth, concern for attractive design joins traditional utilitarian values as hallmarks of John Deere products.

1939- WWII begins. Model “L” Series Tractors, built at Wagon Works in Moline, 1936 to 1946, enjoy an enormous boost in sales after Henry Dreyfuss’ styling.

1940- Mechanization advances. American farms grow larger; the farm labor force shrinks. As the decade dawns, some 1.6 million farm tractors are in use, almost double the 1930 total.

1941- The US enters WWII. “Limitation orders” restrict civilian production of farm equipment, repair parts and exports. (By 1944, with the tide of war turning toward the Allies, limitations on civilian production end.)

1942- Charles Deere Wiman accepts a commission as an Army colonel. Burton Peek succeeds him as interim company president. Before returning to Deere in 1944, Wiman briefly directs the farm machinery and equipment division of the War Production Board.

1943- Deere makes military tractors, ammunition, aircraft parts, and cargo and mobile laundry units during the war. About 4,500 employees serve in the military, some in the “John Deere” Battalion, a specialized ordnance group that sees service in Europe.

1944- Price controls and food rationing affect families in the US between 1942 and 1946. Frozen foods are popularized.

1945- Traditional company paternalism ebbs as John Deere factory workers endorse unions. Collective bargaining over wages and working conditions replaces a 105-year-old pattern of dealing with workers individually.

1946- With wartime controls lifted, nationwide labor relations enter a tumultuous period. Frequent strikes ensue as management and labor test each other’s strength.

1947- The new John Deere Dubuque Works builds the Model “M” Tractor. Two years later, equipped with a tracked undercarriage, the “M” becomes available as a crawler, called the “MC”. This will herald the Worldwide Construction Equipment Division. When a front blade is added, it becomes a bulldozer.

1948- The Deere Des Moines Works beats swords into plowshares. A former ammunition plant acquired from the government, it turns out cotton pickers and cultivating tools. Eventually it will also build plows.

1949- Deere’s first diesel-powered unit, the model “R” Tractor, enters production.

1950- Agreement with the United Auto Workers on a five-year contract ends a long period of postwar labor unrest.

1951- The board appropriates funds for a small factory in Scotland, but in the end, terminates the project. Once before, consideration was given to manufacturing outside North America. In 1909 the board declined to act on a proposal for a Russian plow factory.

1952- A Federal court dismisses an antitrust suit against Deere & Company. The government had charged Deere, IH, and JI Case with illegally selling farm machinery to dealers on condition that they refuse to handle competing makes.

1953- The Model 70 is launched as the largest row-crop tractor to date. Initially available with gasoline, all-fuel, or LP-gas engine, it will become the first diesel row-crop tractor.

1954- Engineers develop a highly successful 2-row corn head. Attached to a new Model 45 Combine, it enables a farmer to pick, shell, and clean up to 20 acres of corn a day in a single operation.

1955- William A. Hewitt is elected president and later CEO following the death of
Charles Deere Wiman, his father-in-law. He will direct the company for the next 27 years, the last representative of the Deere family to do so.

1956- The firm steps toward becoming a multinational manufacturer. The company decides to build a small-tractor assembly plant in Mexico and buy a majority interest in a German tractor and harvester maker with a small presence in Spain. In the next few years, it will move into France, Argentina, and South Africa.

1957- Six-row planters and cultivators, John Deere innovations, reach the market. They provide 50 percent more planting and cultivating capacity for row-crop farmers in corn- and cotton-producing areas.

1958- The John Deere Credit Company, financier of domestic purchases of John Deere equipment, begins operations.

1959- The company brings out the 8010, a diesel-powered, 215-horsepower, 10-ton Goliath – the largest tractor it has ever built. Only a few are sold. Soviet Premier Krushchev visits the Des Moines Works.

1960- Four “New Generation of Power” tractor models steal the show at Deere Day in Dallas. Some 6,000 attend the sales meeting, including all U.S. and Canadian dealers.

1961- A new tractor and implement manufacturing plan nears completion in Rosario, Argentina. In Saran, near Orleans, France, construction starts on a new engine factory. In Moline, construction begins on the Deere & Company Administrative Center.

1962- John Deere marks its 125th anniversary. Construction begins on a product-engineering center at Dubuque, Iowa. Company buys a majority interest in South African Cultivators, a farm implement firm near Johannesburg.

1963- John Deere surpasses IH to become the world’s largest producer and seller of farm and industrial tractors and equipment. The company ventures into the consumer market, deciding to produce and sell lawn and garden tractors plus some attachments such as mowers and snow blowers.

1964- The Deere & Company Administrative Center opens. Designed by Eero Saarinen, it will win many architectural awards. Goals of the company and the principles behind its basic policies and procedures are outlined in the “Green Bulletins”.

1965- The John Deere Chemical Company, a fertilizer producer, is sold. It had been a subsidiary since 1962.
1966 A banner year. Total sales surpass $1 billion for the first time. Earnings reach a high of $78.7 million. Farm equipment sales set a record for the fourth straight year. Industrial equipment sales notch their largest ever year-to-year increase. Lawn and garden equipment sales rise 76 percent. Worldwide employment hits a record.

1967- The first industrial equipment sales branch opens in Baltimore.

1968- Color options appear for lawn and garden tractors. For a short time, traditional green and yellow are supplemented by dogwood white, and, for hood and trim, patio red, sunset orange, April yellow, and spruce blue.

1969- Overall sales level out due primarily to a downturn in farm equipment sales. Overseas operations expand but do not produce profits. The John Deere Insurance Group is created.

1970- Deere reorganizes its management structure to reflect growing diversification. Three operating divisions emerge: Farm Equipment and Consumer Products, U.S. and Canada; Farm Equipment and Consumer Products, Overseas; and Industrial Equipment, which has worldwide responsibilities.

1971- “Nothing Runs Like a Deere” advertises snowmobiles, a new product of the
John Deere Horicon Works. The slogan lasts far longer than the snowmobile line, which is sold in 1984.

1972- Deere and Italian conglomerate Fiat end negotiations on a join venture that would have encompassed Deere’s overseas operations. Four new “Generation II” tractor models with operator enclosures—Sound-Gard bodies—reach the market. Farm equipment sales exceed $1 billion.

1973- Crop failures outside North America spur massive foreign buying of American grain. Commodity prices spurt. Farmers prosper; equipment demand erupts. John Deere total sales top $2 billion for the first time. Board decides to move towards more independent board as the first outside director is appointed.

1974- Unprecedented demand for John Deere products, especially farm equipment, continues, but capacity and other shortages appear. Inflation increases costs. The company starts its largest expansion program. More than $1 billion will be spent on new facilities by 1979.

1975- The John Deere Davenport Works, located in Davenport, Iowa, comes on-line, manufacturing industrial-equipment components.

1976- Equipment gets bigger, increasing farm productivity. Tractors average 40 percent more horsepower and 44 percent more weight than in 1970. Sales of both farm and industrial equipment triple and consumer-products sales soar fivefold since 1966.

1977- Agreement with Japanese manufacturer Yanmar authorizes sale of small tractors under the John Deere name. An updated Product Engineering Center is established in Waterloo. A stock-purchase plan for salaried employees begins.

1978- The award-winning West Office Building addition to the Administrative Center, designed by Kevin Roche, Eero Saarinen’s successor, opens. Also new: Canadian headquarters in Grimsby, Ontario; John Deere Engine Works in Waterloo; and Atlanta sales branch offices.

1979- Employment reaches an all-time high of 65,392. Sales top $5 billion, earnings $310 million, both records.

1980- A 4-row cotton picker, an industry first, is introduced. Field tests indicate it will increase an operator’s productivity by 85 to 95 percent.

1981- The John Deere Tractor Works in Waterloo becomes fully operational. It wins an award for excellence in using computers in U.S. manufacturing.

1982- Robert A. Hanson succeeds retiring Chairman William A. Hewitt.

1983- Severe recession following rampant 1970s inflation crimps the need and ability of farmers and builders to invest in new equipment. Difficult business conditions continue through most of the decade.

1984- With cost reduction a priority, the company looks inward. Flexible manufacturing, CAD-CAM (computer aided design and manufacturing), employee participation, cellular manufacturing, total waste elimination, group technology, and just-in-time become familiar procedures. Deere acquires Farm Plan Corporation, an agribusiness financier.

1985- John Deere Health Care, Inc. is formed. Its subsidiary, Heritage National Healthplan, grows by century’s end into a health-care provider for more than 700 employers and over 400,000 members in five states.

1986- A 163-day labor strike in the United States severely impacts production. Employment at years end totals 37,481, down 43 percent from the 1979 high of 65,392. For the remainder of the century, employment will remain below 40,000.

1987- Deere celebrates its 150th anniversary. Continued low farm income and lower Deere sales lead to a net loss of $99 million.

1988- The economy rebounds after six years of recession during which weaker farmers, dealers, and equipment companies go out of business. Deere & Company sales soar 30 percent from 1987. Profit, following two years of losses, exceeds $315 million, a record. A joint venture is formed with Japanese company Hitachi to assemble excavators in the United States.

1989- The dividend, cut in 1982, is restored to its previous level. Funk Manufacturing Company, maker of powertrain components, is acquired.

1990- Hans W. Becherer, president since 1987 and CEO since 1989, is elected chairman upon the retirement of Robert Hanson.

1991- Lawn-and-grounds-care equipment operations in the US and Canada become a separate division. Since 1970 they had been part of the farm-equipment operations. The company acquires SABO, a European maker of lawn mowers.

1992- A program is launched to encourage installation of rollover protective structures and seat belts on older tractors. In 1966, John Deere introduced the first commercially available rollover protective devises for farm tractors, later releasing the patent to the industry without charge. The company establishes eight Strategic Business Units for the first time.

1993- New 5000, 6000, and 7000 Series Tractors drive up market shares in North America and Europe. Among 20 contenders in Germany, Deere moves from third to first place in tractor sales. Lawn-and-garden-equipment sales top $1 billion for the first time.

1994- Deere acquires Homelite, a leading producer of handheld outdoor power equipment. It arranges with Zetor, a Czech company, to provide a simple, small tractor for developing markets. Deere Family Healthplan centers—primary-health-care providers—open in Waterloo and Des Moines, joining one opened in Moline in 1993.

1995- Deere’s strong performance “shows that Deere & Company has become a new company in every important sense”, according to the Annual Report. Among reasons cited: product technology leadership, strong emphasis on quality, and improved cost structure and asset management.

1996- Four mid-priced lawn tractors and two walk-behind mowers branded “Sabre by
John Deere” expose company products to a broad new market. They’re designed to be sold through national retailers and home centers as well as John Deere dealers.

1997- Overseas sales top $3 billion, more than the company’s entire sales total prior to the mid-1970s. The company obtains an equity position in a Chinese combine company. The John Deere Pavilion, with equipment exhibits and interactive displays, opens in downtown Moline.

1998- Despite late-year weakness in the farm sector, agricultural-equipment sales hit a record. Company net earnings reach $1 billion for the first time. Cameco Industries, producer of sugarcane-harvesting equipment, is acquired. Work begins on a new tractor-manufacturing facility in Pune, India.

1999- While challenging by financial standards, 1999 is a breakthrough year for John Deere. Not only does the company record a meaningful profit in the face of a major downturn in the farm economy, but the actions of recent years to create a more-resilient world-class enterprise successfully faced their first severe test. Special Technologies Group is formed.

2000- Hans Becherer reaches retirement, and Robert W. Lane is elected CEO. Deere acquires Timberjack, a world-leading producer of forestry equipment. A new tractor plant is opened near Pune, India. Credit offices are established in Argentina and Brazil. Deere is granted banking license in Luxembourg, allowing John Deere Credit ability to finance equipment throughout Europe.

2001- A record number of products are introduced to strengthen Deere’s global competitive position. John Deere Landscapes is formed through acquisitions of McGinnis Farms and Century Rain Aid.

2002- Business Ethics magazine names John Deere one of its 100 Best Corporate Citizens for 2002. Crain’s Chicago Business announces that John Deere is the most trusted Illinois company, based on a nationwide survey.

2003- Through agreement with The Home Depot, riding mowers are sold in the mass channel for the first time in company history. John Deere-branded Deere’s small/diverse supplier programs received a first-ever rating of “highly successful” from the U.S. Department of Defense. Driven by gains in Deere’s Commercial & Consumer Equipment and Construction & Forestry Divisions, the company’s earnings double for 2003; equipment sales grow 14 percent.

2004- Record full-year earnings of $1.406 billion are more than twice the level of 2003 earnings. Deere & Company announces plans to build a new tractor factory in Montenegro, Rio Grande do Sul, Brazil. The facility is expected to be in full production by the second half of 2006.

2005- Deere & Company opens a seeding-equipment assembly operation in Orenburg, Russia, and establishes a dealer network. The company additionally announces plans to build a new engineering and information-technology support center near the John Deere joint venture tractor manufacturing facility in Pune, India. John Deere invests in wind energy projects in the rural United States and establishes a new wind energy business unit managed by John Deere Credit.

2006- Growing global market presence helps drive earnings to record $1.69 billion; Chairman & CEO Robert W. Lane named “CEO of the Year” by Industry Week magazine. John Deere Landscapes becomes the number-one wholesale distributor of irrigation, nursery, lighting and landscape materials in the United States. John Deere Tianjin Works, a new transmission factory in Tianjin, China, opens.

2007- Deere & Company stockholders approve a two-for-one stock split, increasing the number of common shares to 1,200 million shares. A new tractor manufacturing facility is acquired in Ningbo, China. Deere & Company completes its acquisition of LESCO, Inc., a leading supplier of lawn care, landscape, golf course and pest control products. John Deere is chosen by Ethisphere magazine for its list of the World’s 100 Most Ethical Companies.

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.

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 Exmark Mowers

Exmark Manufacturing was incorporated in May 1982 as an independent manufacturer of professional turf care equipment.
The company began its manufacturing operation with seven employees in a garage-type building located just south of Beatrice, Nebraska. In 1983, the company relocated to its present location in the Gage County Industrial Park in Beatrice.
At that time, the company focused on manufacturing a line of mid-size walk-behind mowers and turf rakes. In 1987, due to the rapidly growing turf care equipment market and the competitive nature of that market, the product line was expanded to include commercial riding mowers.
The basis for Exmark’s phenomenal growth since 1995 was the introduction of a mid-mount zero-turn riding mower — the Exmark Lazer® Z. Production began in April of 1995, and it was quickly accepted by turf care professionals as a state-of-the-art machine. Currently, this zero-turn product, built in Beatrice, Nebraska, holds the leading market share in its category in the United States. Exmark’s focus on producing high quality, durable equipment is verified by customer satisfaction surveys. Initial surveys are conducted 30 days after purchase and repeated again at six months. Customer satisfaction scores consistently increase on the second survey.
Another pivotal year for Exmark was 1997. Not only did the company celebrate its 15th anniversary, but it also became a division of The Toro Company with corporate headquarters in Bloomington, Minnesota. The added resources of The Toro Company have helped to ensure Exmark’s continued growth and market leadership.

Exmark Mfg. Co., Inc.
Industrial Park N.W.
P.O. Box 808
Beatrice, NE 68310-0808
Call (402) 223-6300
Fax (402) 223-6384
Copyright © 2006 Exmark

The History of Scag Power Equipment

 Scag Power Equipment, a division of Metalcraft of Mayville Inc., was founded in 1983. Originally, the Scag product was manufactured under contract with Metalcraft of Mayville in Mayville, Wisconsin. In 1986, Metalcraft purchased Scag Power Equipment, marking the beginning of a tremendous period of growth for the company.

From just one model, a gear-drive rider, to over 50 models today, Scag Power Equipment has become the largest independent manufacturer of commercial mowing equipment in the country. Scag Power Equipment’s innovation and attention to quality is known and respected throughout the power equipment industry. Mowers and accessories are designed to be user friendly, with an emphasis on quality, performance, ease of maintenance, profitability and long life.

Being independently owned means their design decisions are not compromised by a large corporate office that also sells sprinklers, vacuum cleaners or “widgets”. They are not forced to manufacture products that are just “good enough”. The entire Scag Team can focus all of its resources on designing, manufacturing and assembling the finest commercial grade lawn mower money can buy.

Scag mowers are assembled by highly trained individuals using the latest technologies such as pulse air torque guns. Mowers are run at the end of the assembly lines to ensure that the following items are up to specification: engine RPM is set, all safety switches are checked for proper operation, fluids are filled, systems are checked for leaks, and neutral and tracking adjustments are set using special dynamometers that apply load to the drive system. These steps add to the value of every Scag mower and ensure the product is the best it can be when it leaves their factory.

If you would like to write Scag a letter, you may send it to:
Attn: Customer Service
Scag Power Equipment
PO Box 152
Mayville, WI 53050

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