Rockwell International was a major American manufacturingconglomerate involved in aircraft, the space industry, defense and commercial electronics, components in the automotive industry, printing presses, avionics and industrial products. At its peak, Rockwell International was No. 27 on the Fortune 500 list, with assets of over $8billion, sales of $27billion and 115,000 employees.
Rockwell International's predecessor was Rockwell Manufacturing Company, founded in 1919 by Willard Rockwell. In 1968, Rockwell Manufacturing Company included seven operating divisions manufacturing industrial valves, German 2-cycle motors, power tools, gas and water meters. In 1973, it was combined with the aerospace products and renamed Rockwell International. It was split into various companies beginning in the 1980s, including its final split in 2001 into Rockwell Automation and Rockwell Collins.
History
Rockwell Manufacturing Company
General purpose UK-specification electric drill for home/hobby use purchased circa 1980 fitted with UK-standard BS1363 plug-top
Boston-born Willard Rockwell (1888–1978) made his fortune with the invention and successful launch of a new bearing system for truck axles in 1919. He merged his Oshkosh, Wisconsin-based operation with the Timken-Detroit Axle Company (current Meritor Inc.[1]) in 1928,[2] rising to become chairman of its board in 1940.
Rockwell also drew on the strengths of several of George Westinghouse's concerns,[how?] and Westinghouse is considered a co-founder of the company.[how?][3]
In 1945, Rockwell Manufacturing Company acquired Delta Machinery and renamed it the Delta Power Tool Division of Rockwell Manufacturing Company and continued to manufacture in Milwaukee.[4] In 1966, Rockwell invented the world's first power miter saw. In 1981, Rockwell's power tool group was acquired by Pentair and re-branded Delta Machinery. Pentair's Tools group was acquired by Black & Decker in 2005.[5] Since 2011, Delta has been a subsidiary of Chang Type Industrial Co., Ltd. of China.
Timken-Detroit merged in 1953 with the Standard Steel Spring Company, forming the Rockwell Spring and Axle Company.[2] After various mergers with automotive suppliers, it comprised about 10 to 20 factories in the Upper Midwestern U.S. and southern Ontario, and in 1958 renamed itself Rockwell-Standard Corporation.[2]
In 1968, Sterling Faucet Company was bought by Rockwell Manufacturing Co. and it became a subsidiary of the company.[11]
1968–1974
Michael W. Hodges (who had also served as Corporate Director Manufacturing and later as CEO and 'Geschäftsführer' (Managing Director) of the German-based Engine Division) joined Rockwell Manufacturing Company in 1968 as Corporate Director Quality Assurance. He was appointed member of the Board of Directors of Rockwell GMBH Germany and Dikkers Valve Products LLC Netherlands. Prior to Rockwell, Michael Hodges was a physicist with NASA and aerospace management with Martin-Marietta Corp. in Orlando, Fl.
During Hodges' seven years with Rockwell there were approximately 90,000 employees in seven divisions: the Valve Division with products for the gas and oil industry with plants located in Barberton, Ohio, Raleigh, NC, Sulfur Springs, Tx., and Kearney, Nebraska, the Gas Products Division of meters and regulators in Dubois, Pa, the Municipal Water Meter Division in Uniontown, Pa., the Power Tool Division in Syracuse, NY, Jackson, Tenn., Tupelo, Miss., and Columbia, SC, the Transportation Division in Atchison, Kansas with a large steel foundry of products for the automotive, railway and rapid-transit industry, the Sterling Faucet Division in Reedsville, WV, and the Engine Division in Pinneberg, Germany (previously ILO-Motorenwerke, founded 1911 and acquired by Rockwell in 1959), manufacturing 2-cycle gas-driven motors for developing nation products including motor tillers, water pumps, sprayers, cement mixers, tampers and mopeds as well as snowmobile- and all-terrain vehicle engines for North America.
A significantly different direction was planned starting in 1973 away from the business model developed since 1945 by the founder Willard Rockwell (1888–1978). The founder's son, Willard Rockwell Jr., appeared taking the company in a new direction, replacing the founder's model of strong medium-size manufacturing companies with diverse industrial products with strong industrial engineering and quality control in multiple locations – to a new model leveraging assets of the profitable seven manufacturing divisions of Rockwell Manufacturing Company into a new business model of a dominant government-serving (NASA, Defense Dept.) aerospace company, named Rockwell International, which included North American Aviation, of products such as the Space Shuttle. By the end of the 1980s, Rockwell International began to sell-off its prior industrial product manufacturing divisions, starting with the Valve Division, leading to the sale of all divisions and the end of the Rockwell names > Rockwell Manufacturing Company, North American Rockwell, and Rockwell International
In 1973, North American Rockwell merged with Rockwell Manufacturing, run by Willard Rockwell Jr., to form Rockwell International.[8] In the same year, the company acquired Admiral Radio and TV for US$500 million. In 1979, the appliance division was sold to Magic Chef.
In 1978, Rockwell released AIM-65, a one board microprocessor development board based on the MOS Technology 6502. With the death of company founder and first CEO Willard F. Rockwell in 1978, and the stepping down of his son Willard Rockwell Jr. in 1979 as the second CEO,[12] Bob Anderson became CEO and led the company through the 1980s when it became the largest U.S. defense contractor and largest NASA contractor. Rockwell acquired the privately held Allen-Bradley Company for US$1.6 billion in February 1985 – US$1 billion of which was cash – and became a producer of industrial automation hardware and software.
During the 1980s, Anderson, his CFO Bob dePalma, and the Rockwell management team built the company to #27 on the Fortune 500 list. It boasted sales of US$12 billion, roughly US$32 billion in 2019, and assets of over US$8 billion, roughly US$21 billion in 2019. Its workforce of over 115,000 was organized into nine major divisions – Space, Aircraft, Defense Electronics, Commercial Electronics, Light Duty Automotive Components, Heavy Duty Automotive Components, Printing Presses, Valves and Meters, and Industrial Automation. Rockwell International was a major employer in Southern California, northern Ohio, northern Georgia, eastern Oklahoma, Michigan, west Texas, Iowa, Illinois, Wisconsin, and western Pennsylvania.
At the end of the 1980s, the company sold its valve and meter division, formerly Rockwell Manufacturing, to British Tyre & Rubber. Although Rockwell was the #1 Defense and NASA contractor, the "peace dividend" perceived after the fall of the Soviet bloc, led the company to sell its defense and aerospace business, including what was once North American Aviation, the Defense Electronics Division and Rocketdyne, to Boeing in December 1996. In the 1990s, the company spun off its semiconductor products as Conexant Technologies (CNXT), later bought by Synaptics in 2017. Rockwell International also spun off its two automotive divisions (light vehicles division and heavy vehicles division) as one publicly traded company, Meritor Automotive, based in Troy, Michigan, which then merged with Arvin Industries to form Arvin Meritor. That company is now known as Meritor, Inc. In 1996, Rockwell International sold Graphic Systems (formerly Miehle-Goss-Dexter), an Illinois-based newspaper and commercial printing press manufacturer, to its internal management team Stonington Partners as part of a new corporation for US$600 million.[14]
In 2001, what remained of Rockwell International was split into two publicly traded companies, Rockwell Automation and Rockwell Collins, ending the run of what had once been a massive and diverse conglomerate. The split was structured so that Rockwell Automation was the legal successor of the old Rockwell International, while Rockwell Collins was the spin-off.
In the end, the result had been four spin-offs and three sales combined from Rockwell's nine divisions.
The company developed a desktop calculator based on a MOSFET chip for use by its engineers. In 1967 Rockwell set up its own manufacturing plant to produce them, starting North American Rockwell MicroElectronics Corp. (called NARMEC). This would later become Rockwell Semiconductor. One of its major successes came in the early 1990s when it introduced the first low-cost 14.4 kbit/s modem chipset, which was used in a huge number of modems.
Collins radios were fitted to 80% of the airliners which were based in first-world countries. Collins designed and built the radios that communicated the Apollo Moon landings and the high-frequency radio network that allows worldwide communication with U.S. military aircraft. Rockwell's Rocketdyne division designed and built the third stage of the Minutemanintercontinental ballistic missile, and the Advanced Inertial Reference Sphereinertial navigation system that provided its navigation. It also built inertial navigation systems for the fleet of ballistic missile submarines.
In addition to the manufacture of nuclear missiles and bombers, Rockwell also produced key components of the bombs they carried, including plutonium triggers at the Rocky Flats Plant in Colorado. Rockwell ran the weapons plant from 1975 to 1990, and was one of the subjects of the investigation of Special Grand Jury 89-2 into mismanagement of the plant.[15] In 1990, a group of Colorado homeowners filed a lawsuit against Rockwell and the Dow Chemical Company, accusing the operators of reducing the value of their properties as a result of plutonium releases from the plant. A $375 million settlement was reached in 2016.[16]
Rockwell built heavy-duty truck axles and drive-trains in the U.S., along with power windows, seats, and locks. The Rockwell Tripmaster trip recording system for commercial vehicles was released along with the Logtrak module for DOT log recording for fleets who successfully petitioned the DOT for paper logbook exemptions. Rockwell also built yachts and business jets and owned large amounts of real estate.
Rockwell International had a major research laboratory complex in Thousand Oaks, Ventura County, California.[19] It was founded and built by North American Aviation in 1962, as the North American Science Center. In 1973 it became the Rockwell International Science Center.
The laboratory did independent contract research for the U.S. Government, and also provided research services for the company's business units. It was famous for its research in: advanced materials, particularly ceramics;[20] for its infrared imagers;[21] for its research in liquid-crystal displays;[22] and for its high-speed electronics.[23] The laboratory invented Metalorganic vapour-phase epitaxy (MOVPE), also commonly known as Metal Organic Chemical Vapor Deposition (MOCVD).[24] It also achieved fame in selected areas of information science, notably human-computer interaction, augmented reality, multimedia systems, and diagnostics.[25] Rockwell Science Center led the United States Army Research Laboratory's Advanced Displays Federated Laboratory Consortium in the late 1990s. In 2000, the infrared imaging division of the laboratory moved into a new building in Camarillo, California.
After Rockwell International's breakup in 2001, the laboratory was spun off as a semi-autonomous company called Rockwell Scientific, half owned by Rockwell Collins and half owned by Rockwell Automation. In 2006, the main laboratory and infrared imaging division were sold to Teledyne Corporation. Teledyne made the laboratory complex in Thousand Oaks into its corporate headquarters. A reduced but active research and development operation continues there, under the name Teledyne Scientific & Imaging, LLC.[23]
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Rockwell may refer to:
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↑ "Rockwell". globalsecurity.org. Global Security. Retrieved August 30, 2010. Rockwell and aerospace giant North American Aviation merged in 1967 to form Rockwell North American.
↑ Rockwell International Science Center (Teledyne Scientific & Imaging, LLC), 1049 Camino Dos Rios, Thousand Oaks, CA 91360.
↑ Davis, Janet B., David B. Marshall, Robert M. Housley, and Peter E. D. Morgan (1998). Machinable Ceramics Containing Rare-Earth Phosphates. J. American Ceramic Society Vol. 81, No. 8, 2169–2175.
↑ Vural, K., Kozlowski, L. J., Rasche, R. W., & Rieke, M. J. (1990). 256 × 256 HgCdTe focal plane array for the Hubble Space Telescope. In Infrared Technology and Applications (Vol. 1320, pp. 107-108). SPIE. doi:10.1117/12.22317.
↑ Taber, Donald B., Leonard G. Hale, Bruce K. Winker, William J. Gunning, Mark C. Skarohild, James D. Sampica, and Thomas Seder (1998). "Gray-scale and contrast compensator for LCDs using obliquely oriented anisotropic network". Proceedings of SPIE 3363. September 1998.
↑ Vassiliou, Marius, V. Sundareswaran, S. Chen, R. Behringer, C. Tam, M. Chan, P. Bangayan, and J. McGee (2000), "Integrated Multimodal Human-Computer Interface and Augmented Reality for Interactive Display Applications", in Darrel G. Hopper (ed.) Cockpit Displays VII: Displays for Defense Applications (Proc. SPIE . 4022), 106-115.
Further reading
Ingham, John N (1983). Biographical dictionary of American business leaders. Vol.3. Westport, Conn.: Greenwood Press. pp.1196–99. ISBN0313239096.
Primary sources
Rockwell, Willard Frederick (1971). The twelve hats of a company president: what it takes to run a company. Englewood Cliffs, N.J.: Prentice-Hall. ISBN978-0-13-934166-3.
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