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|Headquarters||Several for various divisions|
|Divisions||Bendix Pacific on 1160 Sherman Way in North Hollywood, CA and expanded around 1965 to Sylmar, CA. Name changed to Bendix Electrodynamics around 63, Bendix Scintilla in Glendale, CA, Bendix Field Engineering |
The Bendix Corporation was an American manufacturing and engineering company which during various times in its 60-year existence (1924–1983) made automotive brake shoes and systems, aircraft brakes, aeronautical hydraulics and electric power systems, avionics, aircraft and automobile fuel control systems, radios, televisions and computers. It was also well known for the name Bendix, as used on home clothes washing machines, but never actually made these appliances.
Founder and inventor Vincent Bendix initially began his corporation in a hotel room in Chicago in 1914 with an agreement with the struggling bicycle brake manufacturing firm, Eclipse Machine Company of Elmira, New York. Bendix granted permission to his invention which was described as "a New York device for the starting of explosive motors." This company made a low cost triple thread screw which could be used in the manufacture of other drive parts. By using this screw with the Eclipse Machine Company, Bendix had a good foundation for his future business plans.
General Motors Corp. purchased a 24% interest in Bendix in 1924, not to operate Bendix but to maintain a direct and continuing contact with developments in aviation, as the engineering techniques of the auto and aircraft were quite similar then. Bendix in the 1920s owned and controlled many important patents for devices applicable to the auto industry, for example, brakes, carburetors, and starting drives for engines. It acquired Bragg-Kliesrath brakes in the late 1920s. In 1942 Ernest Breech became president of Bendix, moving from General Motors Corp., and after performing brilliantly for Bendix by introducing GM management philosophies he then attracted the attention of Henry Ford II who induced him over to Ford Motor Corp. where he finished his career. By 1940 Bendix had sales running around $40 million, and in 1948 General Motors sold its interest in Bendix as it wanted to focus on its expanding automotive operations. Bendix was formally founded in 1924 in South Bend, Indiana, United States. At first it manufactured brake systems for cars and trucks, supplying General Motors and other automobile manufacturers. Bendix manufactured both hydraulic brake systems and a vacuum booster TreadleVac for its production lines for decades. In 1924 Vincent Bendix had acquired the rights to Henri Perrot's patents for drum and shoe design.[a]
In the 1960s, Bendix automotive brakes blossomed with the introduction of fixed-caliper disc brakes and the "Duo-Servo" system (which became, virtually, a de facto world standard for drum brakes). During the 1960s, Bendix also dabbled in bicycle hardware, producing a reliable, totally self-contained, 2-speed "Kick-Back" planetary rear axle with coaster braking.
Starting in the 1950s or before, Bendix Pacific designed, tested, and manufactured hydraulic components and systems, primarily for the military. In the same facility avionics and other electronic hardware was designed, manufactured, and documented in technical manuals. Much of this operation was relocated to a new facility in Sylmar, CA where they had a large deep indoor pool for testing sonar. Telemetry components for the RIM-8 Talos surface-to-air missile included transmitters and oscillators in various frequency bands; the missile itself was designed and built by Bendix. They built and installed the telemetry system in all the ground stations for the first manned space flights. For this program they developed the first cardio tachometer and respiration rate monitor system so that a ground-based physician could observe an astronaut's vital signs. MK46 torpedo electronics also came from this facility. Other diverse products included radar detectors in aircraft that identified ground missile tracking and ground missile launch at the aircraft. In the 1960s they produced an anti-lock brake system for military aircraft using established technology similar to the earlier Maxaret. The technology is similar to the notched wheel and reluctor now used in cars.
Bendix Scintilla manufactured MIL SPEC electrical connectors of many styles. Criteria was met for hostile and non-hostile environments that provided seals against liquids and gasses.
In 1971, Bendix introduced the world's first true computerized ABS (anti-lock) system on Chrysler's 1971 Imperial. Production continued for several years. Under its present ownership by Honeywell, Bendix continues[when?] to manufacture automotive brakes and industrial brakes for a wide variety of industries. In 2014, Honeywell sold the Bendix trademark for automotive brakes in the US to MAT Holdings.
Many Bendix automotive, truck and industrial brakes sold in the United States were using asbestos as late as 1987. Bendix's current parent, Honeywell, continues to deal with numerous lawsuits brought as a result of asbestos-containing Bendix brand brakes.
Avionics, military and government
In 1929 Vincent Bendix branched out into aeronautics and renamed the company "Bendix Aviation" to reflect the new product lines. Bendix supplied aircraft manufacturers with all types of hydraulic systems, for braking and flap activation, and introduced new devices such as a pressure carburetor which dominated the market during World War II. It also made a wide variety of electrical and electronic instruments for aircraft.
The Bendix Corporation sponsored the famous Bendix continental air race which started in 1931, and is known for the Bendix Trophy. The competition was a transcontinental U.S. point-to-point race meant to encourage the development of durable, efficient aircraft for commercial aviation. Civilians were barred from the race in 1950. The last race took place in 1962.
During World War II Bendix made nearly every ancillary instrument or equipment for military aircraft. The Bendix radio division was established in 1937 to make radio transmitter/receivers for aircraft and other types of avionics. During the war Bendix manufactured about 75% of all avionics in US aircraft. During and after the war Bendix made radar equipment of various types.
In the 1950s Bendix and its successors managed United States Atomic Energy Commission facilities in Kansas City, Missouri and Albuquerque, New Mexico. These facilities procured non-nuclear components for nuclear weapons.
In 1956, the computer division of Bendix Aviation introduced the Bendix G-15, a mini computer which was the size of two tall filing cabinets. The company sold about 400 of these at prices starting at below US$50,000. The Bendix computer division was taken over in 1963 by Control Data Corporation, which continued to manufacture the G-15 for a few years. The chief designer of the G-15 was Harry Huskey, who had worked with Alan Turing on the ACE in the UK and on the SWAC in the 1950s. Huskey created most of the design while working as a professor at Berkeley and other universities, and also as a consultant.
During the 1960s the company made ground and airborne telecommunications systems for NASA. It also built the ST-124-M3 inertial platform used in the Saturn V Instrument Unit which was built by the Navigation and Control Division in Teterboro, NJ. It also developed the first automobile fuel injection system in the US.
In January 1963, the Civil Aeronautics Board (CAB) released a report stating that the "most likely abnormality" to have caused the crash of American Airlines Flight 1 on March 1, 1962 was a short circuit caused by wires in the automatic piloting system that had been damaged in the manufacturing process. CAB inspectors had inspected units at a Teterboro, New Jersey, Bendix Corporation plant and discovered workers using tweezers to bind up bundles of wires, thus damaging them. The Bendix Corporation issued denials, stating that the units underwent 61 inspections during manufacture, in addition to inspections during installation and maintenance work, and insisted that had the insulation on the wires been breached at some point, it would have been detected and the unit replaced.
In 1966 NASA selected Bendix Aerospace Systems Division in Ann Arbor, Michigan to design, manufacture, test, and provide operational support for packages of the Apollo Lunar Surface Experiments Package (ALSEP) to fly on the Apollo Program.
Although popularly connected to washing machines, the Bendix Corporation itself never manufactured them. In 1936, the company licensed its name to Bendix Home Appliances, another South Bend company, for a 25% stake in the company.
In 1937 Bendix Home Appliances, Inc was the first company to market a domestic automatic washing machine. Although sales were initially slow, the benefits of an automatic machine soon began to spread by word-of-mouth. Sales started to climb, so that by the time the USA entered WW2 a total of 330,000 units had been sold. In common with other washing machine manufacturers, production ceased during WW2, but resumed in 1946. Total sales reached 2,000,000 by 1950.
The 1937 Bendix Home Laundry  would be recognised as a front loading automatic washer by any modern user of such machines. It had a glass porthole door, a rotating drum and an electrically driven mechanical timer. The machine was able to autofill, wash, rinse and spin-dry. Initially the lack of any vibration damper meant that the machine had to be secured firmly to the floor. The machine also lacked an internal water heater.
Bendix first manufactured domestic radios and phonographs for the retail market after WWII as an outgrowth of its production of aircraft radios. In 1948 Bendix started to sell car radios directly to Ford and other auto manufacturers. From 1950 to 1959, Bendix made television sets. Production of radios for the retail trade grew quickly in the 1950s, but stopped quickly in the 1960s when Ford, GM and Chrysler started producing their own radios.
In the decades between 1970 and 1990, Bendix went through a series of mergers, sales and changes with partners or buyers including Raytheon, Allied Signal and others. This diluted its corporate identity, though for some years these companies used the Bendix brand for some of their products, such as aircraft flight control systems.
In 1982 Bendix launched a hostile takeover bid of Martin Marietta. Bendix bought the majority of Martin Marietta shares and in effect owned the company. However, Martin Marietta's management used the short time between ownership and control to sell non-core businesses and launch its own hostile takeover of Bendix – the Pac-Man Defense. Industrial conglomerate United Technologies joined the fray, supporting Martin Marietta in their counter-takeover bid. In the end, Bendix was rescued by the Allied Corporation, acting as a white knight. Bendix was acquired by Allied in 1983 for US$85 per share. The Allied Corporation, later named AlliedSignal, later bought Honeywell and adopted the Honeywell name, and Bendix became a Honeywell brand, including the Bendix/King brand of avionics. Honeywell's Transportation Systems division also carries the Bendix line of brake shoes, pads and other vacuum or hydraulic subsystems.
In 2002 Knorr-Bremse took over the commercial vehicle brake business from Honeywell International Inc., USA its share of joint ventures in Europe, Brazil and the USA. Bendix Commercial Vehicle Systems became a subsidiary of Knorr-Bremse AG. The Knorr-Bremse Group achieved sales of EUR 2.1 billion for the first time.
- William Agee
- Mary Cunningham
- Ernest L. Webster, formed Startomatic Company, which was leased to Bendix
- Vincent Hugo Bendix
a. ^ Henri Perrot was a French engineer who patented his designs for drum brakes and shoes. In 1924, after meeting at a European auto show, Vincent Bendix acquired the license to manufacture Perrot's shoe-brake patents.
- "Bendix Field Unit To Move". The Baltimore Sun. 20 September 1968.
- Schoneberger, L.A. "Pat" Hyland ; edited by W.A. (1993). Call me Pat : the autobiography of the man Howard Hughes chose to lead Hughes Aircraft. Virginia Beach, VA: Donning Co./Publishers. p. 147. ISBN 9780898658736.
- Bendix Brakes, History
- Bendix Electrojector Brochure, dated 12-56, Title: "Electronic Fuel Injection For Passenger Cars"
- The News-Palladium, Title: "Fuel Injection For Cars Built By Bendix", September 19, 1956, page7
- Chicago Daily Tribune, Title: "New Chrysler Fuel System Is Introduced", September 29, 1957, Page A9
- Bendix Brakes official website
- "MAT to acquire Bendix trademark". Tire Business. 2015-08-13. Retrieved 2015-08-15.
MAT Holdings Inc. [...] is acquiring from Honeywell International Inc. the exclusive license for the Bendix trademark for automotive braking products sold in the U.S.
- Independent Laboratory testing of Bendix brakes purchased in 1987[dead link]
- Lehman Brothers study relating to asbestos liabilities of numerous companies, including Honeywell on page 9
- "American Institute of Aeronautics and Astronautics - Historic Aerospace Site - Bendix Aviation Corporation, Eclipse-Pioneer Division" (PDF). p. 4. Retrieved 2009-07-19.
- "Obituaries - Judson S. Sayre". The New York Times. May 12, 1986. Retrieved 2009-07-19.
- "Bendix Logo: Design and History". FamousLogos.us. Retrieved 2011-08-18.
- Grant, James H. (2010). The Gradall: A Story of American Ingenuity. New Philadelphia, Ohio: JHG Partners. ISBN 978-0-692-00667-2. OCLC 671808156.
- Sloan, Alfred P. (1963). My Years With General Motors. Garden City, NY: Doubleday. ISBN 9780385042352. OCLC 802024.
- Bendix Appliances homepage
- Popular Mechanics: "Certificate of Brake Test Made Automatically by Small Recorder" (April 1936) — portable brake testing unit developed and sold by Bendix in the 1930s.