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Briggs & Stratton

 
Hoover's Profile: Briggs & Stratton Corporation
(NYSE:BGG)
Company Financials
Income Statement
Balance Sheet
Cash Flow Statement

Contact Information
Briggs & Stratton Corporation
12301 W. Wirth St.
Wauwatosa, WI 53222
WI Tel. 414-259-5333
Fax 414-259-5773

Type: Public
On the web: http://www.briggsandstratton.com
Employees: 6,847
Employee growth: (4.2%)

It's no BS, Briggs & Stratton knows outdoor housework. For power equipment, the company is #1 among manufacturers of air-cooled gas engines. Lawn and garden OEMs Husqvarna Outdoor Products, MTD, and Deere are key engine customers; generator, pressure washer, and pump makers are less so. Replacement engines and parts are made for aftermarkets, too. Engines are sold worldwide direct through sales and service arms. Subsidiary Briggs & Stratton Power Products also produces generators, pressure washers, mowers, and other outdoor tools, retailed through Lowes, Home Depot, and Sears, as well as independent dealers. Briggs & Stratton engine and power product facilities dot the US, Europe, Australia, and China.

Key numbers for fiscal year ending July, 2009:
Sales: $2,092.2M
One year growth: (2.8%)
Net income: $32.0M
Income growth: 41.5%

Officers:
Chairman and CEO: John S. Shiely
President, COO, and Director: Todd J. Teske
SVP and CFO: James E. (Jim) Brenn

Competitors:
Honda
Kawasaki Heavy Industries
Kohler

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Incorporated: 1909
SIC: 3519 Internal Combustion Engines Nec; 7699 Repair Services Nec

Briggs & Stratton Corporation is the world's largest producer of air-cooled gasoline engines for outdoor power equipment. The company designs, manufactures, markets, and services its products for various manufacturers worldwide. In the 1990s, with increased competition from both domestic and Japanese engine makers, the company has sold off its non-core technology holdings and has shifted jobs from Wisconsin to southern factories in efforts to cut costs.

In 1909, Stephen Foster Briggs was a young college graduate and inventor when he and Harold M. Stratton, a successful grain merchant, founded Briggs & Stratton Corp. The partners incorporated their company in the state of Wisconsin and with $25,000 began to produce a six-cylinder, two-cycle engine that Briggs had made while a student at North Dakota State College. They experienced tough times at first as their six-cylinder engine proved too costly for mass production. A brief foray into the automobile assembly business also failed, nearly driving the partners into bankruptcy.

Nevertheless Briggs had a knack for inventions, and in 1910 he received a patent for a new gas engine igniter, which included a novel mechanism that could start an automobile engine with a single spark. Although it was not an overwhelming success, the company had found its niche as a producer of electrical specialties for the booming automobile industry. The business soon took off, becoming by 1920 the largest producer of specialty lights, ignitions, regulators, and starting switches in the United States. Sales also shot up, approaching $4 million. Briggs & Stratton customers included all the major automobile makers, including Chevrolet, Dodge, Ford, Hudson, Hupp, Kissell, Maxwell, Nash, Studebaker, and Willys-Overland. The market for electrical specialties proved so profitable that it accounted for two-thirds of Briggs & Stratton's total business through the mid-1930s. In 1920, the company expanded operations into the East Plant, a five story concrete and steel building at 13th and Center Streets in Milwaukee. The plant employed 1,400 workers with an annual payroll of $1.5 million.

In the early years, Briggs & Stratton ventured into various new markets, often with little success. The production of refrigerators, crystal radios, headsets, radio tuners, and a device called the battery eliminator all were short lived. The company also tried making oil filters, air cleaners, and a series of stamped metal items, including key storage cabinets, soap containers, calendar banks, candy display stands, and coin operated paper towel dispensing cabinets.

In 1924, Briggs & Stratton reincorporated in the state of Delaware. That year, with profits soaring, the company discovered another profitable market: the automotive lock business. A new die cast automobile lock cylinder outsold competing brass models, and within five years Briggs & Stratton had become the largest producer of automotive locks with more than 75 percent of the total market. Briggs & Stratton's new BASCO auto body hardware, including door handles, inside knobs and levers, compartment locks, door locks, hinges, and keys also became standard features on many of the leading models of motor cars. For the ever-expanding automobile market, the company introduced in 1938 the Cushion Action Starter Drive, a new automobile self-starting mechanism that became standard on the Ford V8, Mercury, and Lincoln Zephyr. Its automotive division also provided supplies to airline, marine, and cabinet manufacturers.

In 1919, the company acquired the A.O. Smith Motor Wheel and the Flyer, a two-passenger buckboard-like vehicle. The Motor Wheel was a gasoline-engine driven wheel, designed for attachment to the rear of a bicycle, thus converting it into a kind of motor cycle. The wheel sold for about $90 and could get approximately 100 miles per gallon. Briggs & Stratton had high hopes for sales worldwide and tried to market the Motor Wheel in Spanish-speaking countries and in Asia where it could also be used on rickshas. When sales proved disappointing, Briggs & Stratton re-engineered the Motor Wheel to produce the first American motor scooter. Despite being one of the least expensive automobiles on the road, the Flyer could not compete with the Ford Model T and other popular models. Only 2,000 Flyers sold between 1920 and 1923. In 1924, the Motor Wheel and related items were sold off.

The company soon became successful, however, in the engine manufacturing business by producing a stationary version of the Motor Wheel, which could power various kinds of equipment. In 1923, the Model PB engine was introduced, providing a popular and compact power source for washing machines, garden tractors, and lawn mowers. Production in 1925 of the overhead valve, 3/4 horsepower, Model F series engine proved useful for a wide variety of industrial and agricultural equipment, including compressors, generators, and pumps. In 1931, Briggs & Stratton introduced a best-seller for washing machine producers, a small low-profile engine that could fit under washing machine tubs. This engine remained popular until 1936 when the Model WM (Washing Machine) engine rolled off the assembly line. The washing machine business was the company's major market for engines until the Second World War.

In 1928, Briggs & Stratton acquired the Evinrude Outboard Motor Company, which it sold less than a year later. Founders Stephen Briggs and Harold Stratton had differing views on the market potential for outboard motors. Stratton was against diversifying the company's products. Briggs, on the other hand, was enthusiastic, and he formed a new company, Outboard Motors Corp., with Ole Evinrude, a maker of outboard motors since 1909. The new partners merged Evinrude's company, Evinrude Light Twin Outboard, with Lockwood-Ash Motor Co. and purchased the Evinrude Outboard Motor Co. from Briggs & Stratton. Briggs served as chairman and Evinrude as president.

Success as a producer of electrical specialties and small engines proved a boon for the company's fortunes during World War II. Briggs & Stratton quickly became one of the nation's 200 largest military suppliers, producing everything from detonating fuses and artillery ammunition, to ignition switches for airplanes and airplane guns. The company also profited as a supplier of engines for electric and radio generators, pumps, compressors, ventilating fans, saw rigs, mobile kitchens, repair shops, emergency hospitals, and water purification equipment. The war effort proved so lucrative that between 1938 and 1944 net income increased six-fold, from $785,000 to more than $6,000,000.

Following the war years, Briggs & Stratton, already the biggest producer of small gasoline engines, pursued a greater share of the market for lawn and garden equipment caused by the postwar boom. With the rapid suburbanization of America, the Briggs & Stratton name became virtually synonymous with the lawn mower. The rapidly growing market for powered home use equipment also stemmed from the appearance of inexpensive rotary lawn mowers, powered by relatively lightweight two-cycle engines. Briggs & Stratton's original four-cycle engine, weighing about 40 pounds, was too cumbersome for lawn mowers and garden equipment. As a result, the company introduced in 1953 aluminum die cast engines with chrome plated pistons. These were not only lighter than competing models but also could withstand greater engine pressure and temperatures. In 1954, Briggs & Stratton patented its new die cast technique for the production of four-cycle engines, which rapidly became the industry standard. The company subsequently filed a patent infringement suit against the Clinton Machine Company, one of its major competitors. Briggs & Stratton eventually lost the case, allowing the industry to freely use the newly developed die cast process. In 1955, Briggs & Stratton opened a new plant in Wauwatosa, Wisconsin, to keep pace with rising demand for the aluminum engines. The plant was expanded in 1967 and again seven years later to increase production.

In 1948, Briggs resigned to join Outboard Motors Corp., the company he helped found. Briggs had been president of Briggs & Stratton from 1909 until 1935 when he became chairperson. While with the company, Briggs had received about 60 patents for various inventions, mostly for lighting switches and locks and their mechanisms produced for the automobile industry. Later, at Outboard Motors Corp. he would receive patents for engine components, including a starting circuit, valve lifters, and a valve actuating mechanism that could be mechanically self-adjusted.

Briggs was succeeded by Charles Lyons Coughlin, a fellow electrical engineering student who had known Briggs at North Dakota State College. Coughlin had joined the company in 1910, but left in 1918 for the Ladish Drop Forge Company. In 1923, he rejoined Briggs & Stratton as vice-president and general manager. He became company president in 1935 and later chief executive officer and chairperson in 1970.

Coughlin's leadership brought Briggs & Stratton rising profitability. Net sales more than doubled from $40 to $90 million between 1953 and 1959. By 1965, sales volume had risen to a record $105.1 million. Briggs & Stratton's profitability stemmed from a conservative approach in sticking with its two principal lines of manufacturing, the production of small air-cooled gasoline engines and the production of automobile parts. The company also benefitted enormously from a market that was not big enough to attract major competition. In 1966, Forbes magazine estimated that 90 percent of its sales were in "small engines, used mostly in power lawn mowers but also in air compressors, pumps, generators, etc." The remaining ten percent were in auto locks and switches.

In 1970, Vincent R. Shiely was named president of Briggs & Stratton. Shiely had joined the company in 1959 as administrative vice-president, later becoming executive vice-president in 1963. Shiely stayed with Briggs & Stratton's conservative approach, which continued to pay impressive dividends. In the 1970s, net sales shot up from about $212 million to almost $591 million from 1973 to 1979. The company's purchase of a manufacturing plant in Milwaukee from the Square D Co. expanded its production capacity for various components, and brought new facilities for research and development, engineering, and sales. The Burleigh plant, built in Wauwatosa in 1955, was also expanded to keep pace with demand for Briggs & Stratton engines. In 1976, Shiely became the company's chairperson and, by the time of his death in 1976, was also chief executive officer.

Following Shiely's death, Lawrence G. Regner was elected to the chair, and Frederick P. Stratton, Jr., became president and chief operating officer. By 1980, Briggs & Stratton remained unrivaled as the world's lowest-cost producer of small engines. The company enjoyed rising profits while selling motors to power-equipment makers at prices they could never match if they tried to produce their own. Among Fortune 500 companies, Briggs & Stratton ranked 405th in sales but 94th in profit margin (8.2 percent) and 44th in stockholders' return on equity (23.5 percent).

For all its success, however, the company was soon on the run from Japanese competitors. "In many ways," said a reporter in Forbes in 1986, "Briggs & Stratton was a sitting duck." Big Japanese producers, Honda in particular, began targeting the small engine market after sales for motorcycles peaked in the early 1980s. In 1984, Honda reportedly spent $12.5 million advertising its lawn and garden equipment, fully 20 percent of the industry's total advertising budget. Honda's move into the small engine market came at a bad time for Briggs & Stratton. In the 1970s, a weak dollar had boosted the company's market share worldwide. However, a recession and a strong dollar in the early 1980s allowed such competitors as Honda, Kawasaki, Suzuki, and Mitsubishi to make inroads by supplying U.S. equipment makers with engines at lower cost.

For the most part, due to its overwhelming market dominance and low production costs, Briggs & Stratton fended off the competition. Despite a strengthening dollar, the company retained its markets in Europe but lost considerable ground in Asia as its cost advantage disappeared. Its exports precipitously dropped from 25 percent of sales or $179 million in 1980, to 14 percent of sales or $99 million in 1985. In the United States, Briggs & Stratton relied on low manufacturing costs to beat out Japanese producers in the engine market itself. However, the Japanese were quick to provide more sophisticated engines aimed at the higher-priced segment of the market where Briggs & Stratton's cost advantage was less overwhelming. In response, the company produced a slew of new products, including an improved line of its basic 3.5 and four horsepower engines introduced in 1985, as well as a wholly redesigned line of other engines. The company also doubled spending on engineering and research and launched a $2 million consumer advertising campaign to bolster its brand name.

In addition to trying to maintain market share, Briggs & Stratton concentrated on cost reduction to ensure its position as the industry's low cost producer. Labor costs, which accounted for 50 percent of total expenses, also were 50 percent higher than those for the Japanese. Briggs & Stratton's ability to remain competitive with this considerable cost disadvantage reflected its remarkable efficiency. In 1983, the company experienced a three-month strike to win additional flexibility to remain competitive. Also during this time, Briggs & Stratton opened a highly automated nonunion engine plant in Murray, Kentucky, which required far fewer employees than at the main engine facility in Wauwatosa, Wisconsin. The new plant provided not only significant savings in labor costs, but greater flexibility with which to experiment with new manufacturing techniques.

None of these efforts, however, produced an immediate payoff. In 1985, earnings dropped 31 percent from their $49 million 1980 high, operating margins fell from 13.8 percent to 10.8 percent, and return on equity from 22.3 percent to 12.1 percent. The big difference occurred in sales volume, which declined a precipitous 30 percent since 1980.

In 1986, George A. Senn was elected as Briggs & Stratton's fifth president. Senn had joined the company the year before as an executive vice-president. When he resigned in 1988, Richard E. Marceau was elected president and chief executive officer. Marceau had risen through the company, first as human resource director and then as vice-president for administration. In 1991, Marceau retired, and Frederick Stratton Jr., grandson of co-founder Harold M. Stratton, assumed the office as president.

During this five-year transitional period, the company's fortunes continued to waver. In 1989, Briggs & Stratton suffered its first major loss in more than 50 years, incurring a $20 million net drop in income. The company continued aggressive efforts to improve its position in the industry. Capital expenditures in 1989 totaled a record $79.5 million, including spending on new equipment and tooling for its new nonunion assembly plant in Poplar Bluff, Missouri.

What looked like a decline in the 1980s was reversed in the early 1990s as Briggs & Stratton began recovering market share from such formidable competitors as Kawasaki and Suzuki. A boost in productivity stemmed partly from lower raw material costs and lower operating expenses. Moreover, Briggs & Stratton benefitted from a weakening dollar relative to the yen as well as from substantial increases in product development spending, which grew from 1.5 percent of sales in the early 1980s to 2.5 percent of sales in 1992. The company's two nonunion plants also were manufacturing engines more cheaply and efficiently.

Briggs & Stratton continued to strengthen its market position, an impressive feat given the stiff competition that now characterized the small engine industry. The company faced tough domestic competition from Tecumseh Products Company, Kohler Co., Kawasaki Heavy Industries, Ltd., and Onan Corporation. Two domestic lawnmower makers, Lawn Boy Inc. and Honda Motor Co., also produced their own engines. Eight Japanese small engine manufacturers were worldwide competitors, the largest being Honda and Kawasaki, while Italy's Tecnamotor S.p.A., owned by Tecumseh, was a major competitor in Europe.

In 1992, Briggs & Stratton reincorporated in the state of Wisconsin. At this time, engines, parts, and related products accounted for 93 percent of Briggs & Stratton's total sales, a percentage that had changed little since 1983. The company's chief market continued to be air-cooled four-cycle gasoline engines in the two- to 18-horsepower range. The lawn and garden equipment industry, holding remarkably steady since the early 1980s, accounted for 86 percent of its engine sales. Manufacturers installed Briggs & Stratton engines mostly on walk-behind mowers, riding mowers, garden tillers, and shredders. Briggs & Stratton engines also powered snow throwers, garden tractors, lawn edgers, vacuums, generating pumps, pressure washers, and various other equipment. The majority of its engines were still produced at the main engine facility in Wauwatosa, Wisconsin.

The engines were sold in the United States and Canada by Briggs & Stratton's own sales force. In overseas markets, the company relied primarily on independent representatives, assisted by a network of regional offices in Norway, Switzerland, the United Arab Emirates, Singapore, and Milwaukee. Exports accounted for 21 percent of all engines and parts sales in 1992, up from 14 percent of sales in 1984. One reason for Briggs & Stratton's success had been its emphasis on customer service, which included a worldwide service network of over 35,000 authorized service dealers through which it sold replacement engines and service parts.

Despite its ability to maintain market share in the face of strong competition, the company remained focused on increasing profits and made plans for additional cost cutting measures. The corporation had adopted an Economic Value Added business philosophy in 1990, which emphasized earning a cash return that was higher than the cost of capital. In the early 1980s, Briggs & Stratton had maintained a ratio of operating capital to net income of three to one, but this ratio had slipped to nine to one by 1990. Efforts to reduce this ratio included cutting manufacturing costs, increasing productivity, boosting quality, and ensuring on-time delivery of products.

Having already built two plants in the South which had lower labor costs and a more productive work force, Briggs & Stratton made the decision in mid-1994 to move 2,000 jobs from Wisconsin to three new plants in the South within the next four years. These would be located in Statesboro, Georgia (a $75 million, 800 employee plant); Auburn, Alabama (a $30 million and 500 worker site); and Rolla, Missouri (a $38 million, 600 employee facility). The southern states offered incentives which included tax abatements and worker training programs, in addition to a wage scale, given a lower cost of living, of almost half that found in Wisconsin. The news hit the Milwaukee area hard, and the United Paperworkers International Union, which represented Briggs & Stratton's workers there, became increasingly antagonistic toward the company. Corporate officials expressed sympathy for the workers but maintained that there had been no choice but to take such a step. Fortunately, by 1996, as demand for the company's die-cast products suddenly surged, Briggs & Stratton was able to add 1,000 workers to its Wauwatosa plant, half of which had been idle since the lay-offs.

In early 1997 the company and the U.S. Environmental Protection Agency reached an agreement to comply with new, stricter emissions standards for the small engines the company manufactured, a challenge faced by all such manufacturers. These new engines were to be phased in between the years 2001 and 2005. Briggs & Stratton expected to spend a significant amount of money complying with the standards, though it already had some engines in production which were in compliance.

Divestitures in the mid- and late 1990s helped streamline Briggs & Stratton. In February 1995, the company spun off its Strattec Security Co. subsidiary, leaving the automotive lock and key business for good. In July 1997, it sold its gray iron foundry, and a year later its ductile iron foundry, both of which would continue to produce camshafts, crankshafts, and other products for the company under their new owner, JTC. In July 1998, the company also sold its Powercom-2000 subsidiary.

In late 1998 Briggs & Stratton and the United Paperworkers held talks aimed at reaching common ground, which purported to yield a new spirit of cooperation. As a result, the union gave up a piecework pay system in exchange for receiving increased retirement benefits. As the company's Wisconsin work force was aging, 500 workers had already taken an early retirement package in 1996. An immediate sign of the improved union-management relationship was the announcement that some 71 jobs would be shifted from the South back to Wauwatosa. Some analysts suggested at this time that the company's southern plants had not delivered the cost savings initially anticipated, though the company maintained that it was still in the process of getting the new plants up to capacity.

As Briggs & Stratton reached the end of the 1990s, it remained the world's largest manufacturer of small gasoline engines. Moreover, the streamlining and focusing of energies that had followed the adoption of the Economic Value Added model were showing some signs of strengthening the company's bottom line.

Principal Subsidiaries

Future Parkland Development Corporation.

Further Reading

"Briggs Axing 2,000 Jobs Here; Norquist 'Bitterly Disappointed'," Milwaukee Sentinel, May 18, 1994, p. 1.

Cook, James, "We Are the Target," Forbes, April 7, 1986, pp. 54-56.

Fauber, John, "Briggs' Primary Rivals are Nearby; Tecumseh and Kohler Post the Biggest Threat, Not the Japanese," Milwaukee Journal, May 29, 1994, p. 1.

The History of Briggs & Stratton Corporation, Wauwatosa: Briggs & Stratton Corporation.

Kinkead, Gwen, "An American Company Honda Can't Mow Down," Fortune, July 28, 1980, pp. 54-55.

"The Little Engine Company that Could," Forbes, February 5, 1990, p. 205.

Romell, Rick, "Deal Sets Small-Engine Emissions; Briggs, Kohler Among Firms Agreeing to Costly Pollution-Control Effort," Milwaukee Journal Sentinel, January 11, 1997, p. 1.

Romell, Rick, "Wauwatosa-Wis.-Based Briggs & Stratton Moves Slowly into South," Knight-Ridder Tribune Business News (KRTBN), November 12, 1998.

Savage, Mark, "Briggs Bringing 71 Jobs Back to Wauwatosa Plant," Milwaukee Journal Sentinel, November 12, 1998, p. 1.

Savage, Mark, "Mow Money for Briggs: Engine Maker's Path to Change Turns Out to be Tough Lawn to Cut," Milwaukee Sentinel, January 23, 1995, p. 4D.

Savage, Mark, "1,000 Workers Will Move In: New Life for Briggs' Burleigh Plant," Milwaukee Journal Sentinel, June 16, 1996, p. 1.

"Worthy Heir," Forbes, June 22, 1992, p. 12.

— Bruce P. Montgomery; Updated by Frank Uhle


Wikipedia: Briggs & Stratton
Top
Briggs & Stratton
Type Public BGG
Founded 1908
Headquarters Wauwatosa, WI, USA
Key people John Shiely, CEO.
Employees 9,063

Briggs & Stratton is one of the world's largest manufacturers of air-cooled gasoline engines for primarily outdoor power equipment. Current production averages 11 million engines per year.

Contents

History

The company was founded in Milwaukee, Wisconsin in 1908 and today is based in Wauwatosa, Wisconsin. Briggs and Stratton engines are most commonly used on lawnmowers, as well as pressure washers, electrical generators, and a wide variety of other applications. Their original cast-iron engines were known for their durability but the company's success was established following the development of lightweight aluminum engines in 1953. The aluminum engine was the perfect solution for the recently invented rotary lawnmower due to its lighter weight and lower cost. The company developed a good reputation during the sixties and seventies due to its independent central services distributors (CSDs), low cost replacement parts and well designed service literature.

The company started in 1908 as an informal partnership between Stephen Foster Briggs and Harold M. Stratton. The original intent of the founders was to produce automobiles. In 1922 the company set a record in the automotive industry, selling the lowest-priced car ever, the Briggs & Stratton Flyer (also called the "Red Bug"), at only US$125-US$150.

Eventually the company settled on automotive components and small gasoline engines. Briggs purchased an engine patent from A.O. Smith Company and began powering early washing machines and refrigerators. The company went public on the New York Stock Exchange in 1928.

During World War II, Briggs and Stratton produced generators for the war effort. Some components in these generators and engines were made with aluminum, which helped the company develop its expertise in using this material. This development, along with the post-war growth of 1950s suburbs (and lawns), helped secure Briggs and Stratton's successful growth in the 1950s and 1960s.

Stephen Briggs went on to purchase Evinrude and Johnson Outboards and start the Outboard Marine Corporation.

Fredrick P. Stratton, Sr. (the son of Harold Stratton) served as Chairman of Briggs & Stratton until his death in 1962. Fredrick P. Stratton, Jr. served as Chairman until his retirement in 2001.

In 1995, Briggs & Stratton spun out the automotive component business. The resulting company is Strattec Security Corporation.

In 2003, the company acquired its consumer generator business from the Beacon Group and formed Briggs & Stratton Power Products. The Beacon Group had previously purchased the Consumer Products Division of Generac Corporation (now Generac Power Systems) in 1998. In 2005, the company added Simplicity Manufacturing Inc, Snapper, Inc, to the Briggs & Stratton Power Products line. Murray, Inc, one of its largest customers, collapsed owing the company $40M, and to minimize the loss B&S decided to purchase the name, marketing rights & product designs of that company.

On 4 June 2008 Briggs & Stratton announced that it would be acquiring the Victa Lawn Care business from GUD Holdings Limited Australia for AUD$23 million.

Acquisitions, agreements and joint ventures

  • Farymann Diesel GmbH (1979—1984) - Based in Lampertheim (near Mannheim) in Germany, this was the first foreign acquisition B&S had ever made and was a poor fit with the company's acknowledged expertise in high volume, low cost production. Despite investing in new production methods, B&S never understood the very low volume, highly customized nature of the air-cooled diesel engine market. After considering adding Italy's Lombardini to increase its presence in the diesel market, as well as a failed attempt to develop its own designs, B&S accepted defeat and sold the company to a private investor for a nominal amount to avoid further liabilities. Since the energy crisis had not affected the US market's preference for gasoline engines, enthusiasm waned rapidly at management level for diesel engines.[1] They officially completed the acquisition on May 29, 1979.[2]
  • Daihatsu Briggs & Stratton (DBS) - In an effort to stave off Japanese competition during the 1980s, B&S entered a 50/50 joint venture with the Daihatsu Motor Company in Japan. Located in Shiga Prefecture (50 miles from Osaka, Japan), construction on the then-57,000 square-foot plant began in December 1986 and was completed in April 1987. This joint venture was notable for the manufacture of vertical & horizontal crankshaft engines from 12.5 to 22 hp (16 kW) under the Vanguard brand. Today the plant employs roughly 100 people on two shifts and manufactures Vanguard V-twin engines ranging from 14 to 36 hp.[3]
  • The Mitsubishi Agreement - The Vanguard line initially consisted of three single-cylinder engines and several V-twin engines. The V-twins, made by DBS, had sold very well but the single-cylinder engine models, originally produced at B&S's Menomonee Falls plant, didn't fare so well. B&S needed to solve this problem, so, following discussions with several Japanese engine manufacturers, entered into an agreement with Mitsubishi Heavy Industries Ltd. of Tokyo, Japan. B&S produced only certain parts for the engines, while Mitsubishi was responsible for overall production and shipping. The completed single cylinder Vanguard engines were shipped directly to customers worldwide. B&S had exclusive marketing rights only in North America, Europe & Australia/New Zealand. MHI had exclusive marketing rights (under their own brand name) in Malaysia, Taiwan, South Korea & Japan. In other countries both companies competed with the same product under their own brand names which led to considerable friction, and together with escalating production costs in Japan, caused this otherwise successful relationship to fail. B&S commenced marketing alternative US made single cylinder engines under the Vanguard brand in early 2007.[4]
  • The Komatsu Zenoah Venture - In May 1987, B&S entered into an agreement with yet another Japanese company, executing a 10-year contract with the Komatsu Zenoah Company of Tachikawa, Japan. Under the terms of the contract, Komatsu would manufacture a 2-cycle, 4 hp (2.98 kW) engine, in which B&S would purchase and distribute in the U.S., Europe & Australia/NZ. Said Fred Stratton, "This venture was not successful, because the rising price of the yen made the engine too expensive in the U.S."[5]

Innovations

  • The Aluminum Engine - This was introduced in 1953 as a means of having a lighter-weight engine for applications such as lawn mowers or string trimmers. It was improved five years later in 1958 with the introduction of the Kool-Bore (all aluminum) and Sleeve-Bore (aluminum, with a cast iron cylinder liner).
  • Easy-Spin Starting - This was introduced in 1961 as a means of cutting in half the effort of manually starting an engine. This had replaced all means of starting on all B&S engines except for electric start systems.[6]

But in 1982, as new U.S. federal safety regulations required every small engine manufacturer to add emergency shut-off switches to lawn mower applications, company engineers discovered that engines with the Easy-Spin intake were unacceptably difficult to restart. The Easy-Spin was moved to the exhaust valve, but this move presented mediocre power output. Where that was an issue, a mechanical compression release was used. The intake valve Easy-Spin had continued to be used on B&S's larger engines, but was then shelved in 1997 due to new emission regulations.[7]

Their engines now are usually fitted with a dead man's switch to halt power immediately in the case of the operator getting injured by the tool. On Briggs and Stratton engines, this works by applying a spring-energized band brake to the flywheel, with the engine's default state as braked. The operator must hold a handle to remove the engine brake, with any release of this handle causing the engine to immediately stop again.

  • The Sno/Gard Engine - Introduced in 1966, this innovation was exclusively designed for engines powering snow blowers. Prior to 1966, customers of the snowblower had complaints about protection of the engine from the elements of winter. B&S met the needs of these customers by designing special features for this engine such as an air-intake shield, a starter clutch shield and a specially-designed housing to cover the spark plug and carburetor, as well as providing heat for the latter.[8]
  • The Synchro-Balanced Engine - Also introduced in 1966, this innovation was designed as a means to curb vibrations caused by the high RPM and torque of lawn mower engines, especially in riding lawn mowers. The design was a series of counterweights placed along the engine's crankshaft.[9]
  • The Twin Cylinder Engine - This engine was introduced in 1977 as a means of competing with B&S's rivals, particularly Japanese firms like Honda who were cutting into traditional B&S fare by producing lawn mower engines (and later, complete lawn mowers). These first models were rated 16 hp (11.9 kW) and displaced 40 cubic inches (656 cc), but were joined in 1979 by 42 cubic inch (694 cc) models rated at 18 hp (13.4 kW). The original price for the 16 hp (12 kW) version was $70 lower (at $228 USD) than their single-cylinder cast-iron version bearing the same HP rating.[10]
  • Industrial/Commercial (I/C) - This series of engines, initially ranging from 3 to 18 hp (13 kW), was introduced in 1979 as B&S's answer to certain high-quality, commercial-grade engines produced by their rivals (mainly from Japan; see also the Twin Cylinder section above). These engines have such high-tensile features such as Stellite bearings, sleeved cylinder bores and paper air cleaners.[11]
  • Briggs & Stratton HYBRID - In 1980, at the tail end of the energy crisis, Briggs and Stratton developed the first gasoline-electric hybrid automobile. "The Hybrid" was designed by Brooks Stevens and powered by a twin cylinder 16 hp (11.9 kW) Briggs and Stratton engine and a large electric battery.
  • Magnetron Electronic Ignition - This solid state ignition system, introduced by B&S in 1981, eliminated the ages-old points and condenser setup that had plagued many customers who had used a gasoline engine for years. This setup is also available in retrofit kits, but these are only compatible with B&S's external ignition engines produced since January, 1963. However, its rival Tecumseh had made a capacitor discharge ignition setup since 1968, for their cast iron engine models, expanding it to vertical shaft engines powering lawn mowers in late 1976 before the setup came full circle in August, 1984 for all of their engine lines. The Magnetron was actually born out of the Magnavac system, introduced by B&S in 1976.[12]
  • The QUANTUM Engine - Introduced in 1986, this engine series donned higher performance, quieter operation and easier starting. It would go on to become one of B&S's most popular lawn mower engines.
  • The Raptor Engine - The engine which many of Briggs' flatheads, including the I/C, are modeled after.
  • The Animal Engine - Briggs' race-modified overhead valve racing engine, based on their stock generator engine.

Logo history

The Briggs & Stratton logo was always a masthead, but it had been changed several times over the course of the company's 80+ years.

  • Gold Logo (1948—1964) - This logo had the name BRIGGS & STRATTON and its home city of MILWAUKEE, WIS., U.S.A. below it; in the middle, it had the words 4 CYCLE on the top mast and the words GASOLINE ENGINE and phrase MADE IN U.S.A. on the bottom mast.
  • Gold Logo (II) (1964—1976) - Although similar to the last logo, this had differently arranged wording: The name BRIGGS & STRATTON was written in a new logotype, however, its city of location were in the middle as before, only this time the patent numbers were eliminated (if you look at a decal on a production engine) from the bottom portion of the mast. There were some engines produced until 1977 that used the prior logo from 1948.
  • The Red, White and Black Logo (1976—present) - This is the company's current logo. The logo has the name BRIGGS & STRATTON in black letters on the white midsection of the masthead. The words 4 CYCLE ENGINE are on the red top portion of the mast and the city line MILWAUKEE, WISCONSIN, U.S.A. is written on the black bottom portion of the mast. Although the logo hadn't been changed much since then, the wording on the top and bottom sections of the mast were removed in 1985, although the company continued to use these two sections with the respective wordings ORIGINAL (red section) and SERVICE PARTS (black section) until 1989.

Cast iron models

  • 5 (cast iron) (1950—1957)
  • 5S (cast iron; suction carburetor) (1949—1957)
  • 6 (cast iron) (1952—1957)
  • 6S (cast iron; suction carburetor) (1949—1957)
  • 8 (cast iron) (1949—1957)
  • 9 (cast iron) (1949—1962)
  • 14 (cast iron) (1948—1963)
  • 19 (cast iron) (1957—1965)
  • 19D (cast iron) (1963—1965)
  • 23 (cast iron) (1949—1957)
  • 23A (cast iron) (1956—1965)
  • 23C (cast iron) (1961—1963)
  • 23D (cast iron) (1963—1965)
  • 191400 and 193400 (cast iron) (1965—1966)
  • 200400 (cast iron) (1966—1974)
  • 231400 (cast iron) (1965—1966)
  • 233400 (cast iron) (1965—1991)
  • 243400 (cast iron) (1965—1991)
  • 300420 (cast iron) (1966—1971)
  • 301430 (cast iron) (1971—1972)
  • 302430 (cast iron) (1972—1977)
  • 320420 (cast iron) (1969—1971)
  • 325430 (cast iron) (1971—1972)
  • 326430 (cast iron) (1972—1991)

Aluminum models

  • 6B (horizontal shaft) (1955—1958)
  • 6BH (vertical shaft) (1953—1958)
  • 6BHS (vertical shaft; suction carburetor) (1953—1958)
  • 6BS (horizontal shaft; suction carburetor) (1955—1958)
  • 8B (horizontal shaft) (1955—1958)
  • 8BH (vertical shaft) (1953—1958)
  • 60100 (horizontal shaft) (1958—1991)
  • 80100 (horizontal shaft) (1958—1977)
  • 80200 (horizontal shaft) (1960—1991) (horizontal shaft) and 190700 (vertical shaft) (1969—1997)
  • 252410 (horizontal shaft) and 252700 (vertical shaft) (1977—1991)

Industrial/commercial models

  • 81300 and 81400 (horizontal shaft) (1979—1985)
  • 82200 (horizontal shaft; Quiet Power) (1982—1994)
  • 82300 and 82400 (horizontal shaft; Quiet Power) (1982—1994)
  • 114900 (vertical shaft; Quiet Power) (1982—1991)
  • 131200 (horizontal shaft) (1979—1985)
  • 132200 (horizontal shaft; Quiet Power) (1982—1994)
  • 131900 (vertical shaft) (1979—1989)
  • 132900 (vertical shaft; Quiet Power) (1982—1995)
  • 192700 and 193700 (vertical shaft) (1983—1994)
  • 195400 (horizontal shaft) (1979—1994)
  • 221400 (horizontal shaft) (1979—1985)
  • 255400 (vertical shaft) (1984—1994)

Outboard motors

  • AA0101-0001-01 (5hp 4-Cycle Outboard Motor) (2005—present)
  • AA0101-0020-01 (5hp 4-Cycle Camouflage Outboard Motor) (2005—present)
  • AA0201-0001-01 (3 hp Electric Outboard Motor, Tiller Model) (2006—present)
  • AA0201-0001-01 (3 hp Electric Outboard Motor, Remote Model) (2006—present)

See also

External links

To identify a B&S engine go to:

To buy B&S parts go to:

To identify Vintage B&S Cast iron models (Alpha Series engines) Please go to:

Notes

  1. ^ The Legend of Briggs & Stratton by Jeffrey L. Rodengen, Chapter 12, pages 138-140
  2. ^ Briggs & Stratton 1980 Update Seminar, form #MS-7865-10/79
  3. ^ The Legend of Briggs & Stratton by Jeffrey L. Rodengen, 1995, Chapter 12, page 149
  4. ^ The Legend of Briggs & Stratton by Jeffrey L. Rodengen, 1995, Chapter 12, pages 149-152
  5. ^ The Legend of Briggs & Stratton by Jeffrey L. Rodengen, 1995, Chapter 12, pages 153-154
  6. ^ The Legend of Briggs & Stratton by Jeffrey L. Rodengen, Chapter 11, pages 120-121
  7. ^ The Legend of Briggs & Stratton by Jeffrey L. Rodengen, Chapter 11, page 121
  8. ^ The Legend of Briggs & Stratton by Jeffrey L. Rodengen, Chapter 11, page 122
  9. ^ The Legend of Briggs & Stratton by Jeffrey L. Rodengen, Chapter 11, pages 121-122
  10. ^ The Legend of Briggs & Stratton by Jeffrey L. Rodengen, Chapter 11, page 127
  11. ^ The Legend of Briggs & Stratton by Jeffrey L. Rodengen, Chapter 12, pages 140-141
  12. ^ The Legend of Briggs & Stratton by Jeffrey L. Rodengen, Chapter 12, pages 141-142

Recommended reading

  • The Legend of Briggs & Stratton - Author: Jeffrey L. Rodengen (published by Write Stuff Syndicate, 1995)

Library of Congress Catalog #: 95-060793; ISBN No. 0-945903-11-1


 
 

 

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