1947 Heathkit ad featuring the 5-inch oscilloscope.Oscilloscope OL-1 from 1954, the company's first with a relatively small 3-inch CRT which allowed for a highly competitive price of US$ 29.50 (equivalent to $335in 2023) for the DIY kit.
Heathkit is the brand name of kits and other electronic products produced and marketed by the Heath Company. The products over the decades have included electronic test equipment, high fidelityhome audio equipment, television receivers, amateur radio equipment, robots, electronic ignition conversion modules for early model cars with point style ignitions, and the influential Heath H-8, H-89, and H-11 hobbyist computers, which were sold in kit form for assembly by the purchaser.
Heathkit manufactured electronic kits from 1947 until 1992. After closing that business, the Heath Company continued with its products for education, and motion-sensor lighting controls. The lighting control business was sold around 2000. The company announced in 2011 that they were reentering the kit business after a 20-year hiatus but then filed for bankruptcy in 2012,[2] and under new ownership began restructuring in 2013. As of 2022[update], the company has a live website with newly designed products, services, vintage kits, and replacement parts for sale.[3] In August 2023 Heath Company announced its acquisition by Kirkwall (company) as part of a planned expansion in North Dakota, and named former CIA officer and entrepreneur Will Cromarty as President and Chief Executive Officer.[4]
Founding
The Heath Company was founded as an aircraft company in 1911[5] by Edward Bayard Heath with the purchase of Bates Aeroplane Co, soon renamed to E.B. Heath Aerial Vehicle Co. Starting in 1926 it sold a light aircraft, the Heath Parasol, in kit form.[6] Heath died during a 1931 test flight.[7] The company reorganized and moved from Chicago to Niles, Michigan.[8]
In 1935, Howard Anthony purchased the then-bankrupt Heath Company, and focused on selling accessories for small aircraft. After World War II, Anthony decided that entering the electronics industry was a good idea, and bought a large stock of surplus wartime electronic parts with the intention of building kits with them. In 1947, Heath introduced its first electronic kit, the O1 oscilloscope with 5 inch diameter cathode ray tube display (CRT) that sold for US$39.50 (equivalent to $539in 2023) – the price was unbeatable at the time, and the oscilloscope went on to be a huge seller.[9]
Heathkit product concept
Heathkit stereo tuner (AJ-43D) and amplifier (AA-21D) (1972)Heathkit stereo preamplifier (AA-141) (1962)Point-to-point construction of a Heathkit stereo preamplifier (AA-141) (1962)
After the success of the oscilloscope kit, Heath went on to produce dozens of Heathkit products. Heathkits were influential in shaping two generations of electronic hobbyists. The Heathkit sales premise was that by investing the time to assemble a Heathkit, the purchasers could build something comparable to a factory-built product at a significantly lower cash cost and, if it malfunctioned, could repair it themselves. During those decades, the premise was basically valid.[10]:141
Commercial factory-built electronic products were constructed from generic, discrete components such as vacuum tubes, tube sockets, capacitors, inductors, and resistors, mostly hand-wired and assembled using point-to-point construction technology. The home kit-builder could perform these labor-intensive assembly tasks himself, and if careful, attain at least the same standard of quality. In the case of Heathkit's most expensive product at the time, the Thomas electronic organ, building the kit version represented substantial savings.
One category in which Heathkit enjoyed great popularity was amateur radio. Ham radio operators had frequently been forced to build their equipment from scratch before the advent of kits, with the difficulty of procuring all the parts separately and relying on often-experimental designs. Kits brought the convenience of all parts being supplied together, with the assurance of a predictable finished product; many Heathkit model numbers became well known in the ham radio community. The HW-101 HF transceiver became so ubiquitous that even today the "Hot Water One-Oh-One" can be found in use, or purchased as used equipment at hamfests, decades after it went out of production.
In the case of electronic test equipment, Heathkits often filled a low-end entry-level niche, giving hobbyists access at an affordable price.[citation needed]
The instruction books were regarded as among the best in the kit industry, being models of clarity, beginning with basic lessons on soldering technique, and proceeding with explicit step-by-step directions, illustrated with numerous line drawings; the drawings could be folded out to be visible next to the relevant text (which might be bound several pages away) and were aligned with the assembler's viewpoint. Also in view was a checkbox to mark with a pencil as each task was accomplished.[11][10]:146–147 The instructions usually included complete schematic diagrams, block diagrams depicting different subsystems and their interconnections, and a "Theory of Operation" section that explained the basic function of each section of the electronics.[10]:146–147
Heathkits as education
Heathkit IO12U oscilloscope built in 1967
No knowledge of electronics was needed to assemble a Heathkit. The assembly process itself did not teach much about electronics, but provided a great deal of what could have been called basic "electronics literacy", such as the ability to identify tube pin numbers or to read a resistor color code. Many hobbyists began by assembling Heathkits, became familiar with the appearance of components like capacitors, transformers, resistors, and tubes, and were motivated to understand just what these components actually did. For those builders who had a deeper knowledge of electronics (or for those who wanted to be able to troubleshoot/repair the product in the future), the assembly manuals usually included a detailed "Theory of Operation" chapter, which explained the functioning of the kit's circuitry, section by section.
Heath developed a business relationship with electronics correspondence schools (e.g., NRI and Bell & Howell), and supplied electronic kits to be assembled as part of their courses, with the schools basing their texts and lessons around the kits. In the 1960s, Heathkit marketed a line of its electronic instruments which had been modified for use in teaching physics at the high school (Physical Science Study Committee, PSSC) and college levels (Berkeley Physics Course).[10]:149
Heathkits could teach deeper lessons. "The kits taught Steve Jobs that products were manifestations of human ingenuity, not magical objects dropped from the sky", writes a business author, who goes on to quote Jobs as saying "It gave a tremendous level of self-confidence, that through exploration and learning one could understand seemingly very complex things in one's environment."[12]
After the death of Howard Anthony in a 1954 airplane crash, his widow sold the company to Daystrom Company, a management holding company that also owned several other electronics companies.[10]:147 Daystrom was absorbed by oilfield service company Schlumberger Limited in 1962, and the Daystrom/Schlumberger days were to be among Heathkit's most successful.[10]:148
Those years saw some "firsts" in the general consumer market. The early 1960s saw the introduction of the AA-100 integrated amplifier. The early 1970s saw Heath introduce the AJ-1510, an FM tuner using digital synthesis, the GC-1005 digital clock, and the GR-2000 color television set. In 1974, Heathkit started "Heathkit Educational Systems", which expanded their manuals into general electronics and computer training materials. Heathkit also expanded their expertise into digital and, eventually, computerized equipment, producing among other things digital clocks and weather stations with the new technology.[9]
Kits were compiled in small batches mostly by hand, using roller conveyor lines. These lines were put up and taken down as needed. Some kits were sold completely "assembled and tested" in the factory. These models were differentiated with a "W" suffix after the model number, indicating that they were factory-wired.
Before entering the burgeoning home computer market, Heathkit marketed and sold microprocessor-based systems aimed at learning about this technology. The ET-3400, for example, was released in 1976 and was based on the Motorola 6800 microprocessor. This system included 256 bytes of RAM, a 1k monitor in ROM, and a keypad for easy entry and modification of programs.[13] Despite being a small trainer kit, it was powerful and flexible enough to be used in rudimentary control systems.[14]
In 1978, Heathkit introduced the Heathkit H8 home computer. The H8 was very successful, as were the H19 and H29 terminals, and the H89 "All in One" computer. The H8 and H89 ran the Heathkit custom operating system HDOS as well as the popular CP/M operating system. The H89 contained two Zilog Z80 8-bit processors, one for the computer and one for the built-in H-19 terminal.[15] The H11, a low-end DECLSI-11 16-bit computer, was less successful, probably because it was substantially more expensive than the 8-bit computer line.
Seeing the potential in personal computers, Zenith Radio Company bought Heath Company from Schlumberger in 1979 for $63 million,[16][17] renaming the computer division Zenith Data Systems (ZDS). Zenith purchased Heath for the flexible assembly line infrastructure at the nearby St. Joseph facility as well as the R&D assets.[10]:151
Heath/Zenith was in the vanguard of companies to start selling personal computers to small businesses. The H-89 kit was re-branded as the Zenith Z-89/Z-90, an assembled all in one system with a monitor and a floppy disk drive. They had agreements with Peachtree Software to sell a customized "turn-key" version of their accounting, CPA, and real estate management software. Shortly after the release of the Z-90, they released a 5MB hard disk unit and double-density external floppy disk drives, which were much more practical for business data storage than punched paper tapes.
While the H11 was popular with hard-core hobbyists, Heath engineers realized that DEC's low-end PDP-11 microprocessors would not be able to get Heath up the road to more powerful systems at an affordable price. Heath/Zenith then designed a dual Intel 8085/8088-based system dubbed the H100 (or Z-100, in preassembled form, sold by ZDS). The machine featured advanced (for the day) bit mapped video that allowed up to 640 x 225 pixels of 8 color graphics. The H100 was interesting in that it could run either the CP/M operating system, or their OEM version of MS-DOS named Z-DOS, which were the two leading business PC operating systems at the time. Although the machine had to be rebooted to change modes, the competing operating systems could read each other's disks.
In 1982 Heath introduced the Hero-1robot kit to teach principles of industrial robotics.[18] The robot included a Motorola 6808 processor, ultrasonic sensor, and optionally a manipulator arm; the complete robot could be purchased assembled for $2495 or a basic kit without the arm purchased for $999. This was the first in a popular series of HeathKit robot kits sold to educational and hobbyist users.
Kit era comes to a close
While Heath/Zenith's computer business was successful, the growing popularity of home computers as a hobby hurt the company because many customers began writing computer programs instead of assembling Heathkits.[17] Also, while their assembly was still an interesting and educational hobby, kits were no longer less expensive than preassembled products;[19]BYTE reported in 1984 that the kit version of the Z-150 IBM PC compatible cost $100 more than the preassembled computer from some dealers, but needed about 20 hours and soldering skills to assemble.[20][21] The continuation of the integration trend (printed circuit boards, integrated circuits, etc.), and mass production of electronics (especially computer manufacturing overseas and plug-in modules) eroded the basic Heathkit business model. Assembling a kit might still be fun, but it could no longer save much money. The switch to surface mount components and LSI ICs finally made it impossible for the home assembler to construct an electronic device for significantly less money than assembly line factory products.[10]:152–153
As sales of its kits dwindled during the decade, Heath relied on its training materials and a new venture in home automation and lighting products to stay afloat. When Zenith eventually sold ZDS to Groupe Bull in 1989, Heathkit was included in the deal.[10]:153
In March 1992, Heath announced that it was discontinuing electronic kits after 45 years. The company had been the last sizable survivor of a dozen kit manufacturers from the 1960s.[17] In 1995, Bull sold Heathkit to a private investor group called HIG, which then sold it to another investment group in 1998. Wanting to only concentrate on the educational products, this group sold the Heath/Zenith name and products to DESA International,[10]:154 a maker of specialty tools and heaters. In late 2008, Heathkit Educational Systems sold a large portion of its physical collection of legacy kit schematics and manuals along with permission to make reproductions to Don Peterson,[22] though it still retained the copyrights and trademarks, and had pointers to people that could help with the older equipment.
DESA filed bankruptcy in December 2008.[23] The Heathkit company existed for a few years as Heathkit Educational Systems located in Saint Joseph, Michigan, concentrating on the educational market. The Heathkit company filed for bankruptcy in 2012.[2][24]
Revival
In May 2013, Heathkit's corporate restructuring was announced on their website.[25] An extensive FAQ accessible from their homepage stated clearly that Heathkit was back, and that they would resume electronic kit production and sales.[26]
On October 8, 2015, Heathkit circulated an email to its "insiders", who had indicated an interest in the company's progress by completing its online marketing survey. It had now secured the rights to all Heathkit designs and trademarks; secured several new patents; established new offices, warehouse space, and a factory in Santa Cruz, California; and had introduced the renewed company's first new electronic kit in decades.[27] Since then, Heathkit has announced and sold further kits in its new lineup of products.[3] In addition, limited repair service on vintage products, reprints of manuals and schematics, remaining inventories of original parts, and upgrades of some vintage models are available.[26]
Amateur radio
Heathkit HW8 amateur transmitter
Heathkit made amateur radio kits almost from the beginning. In addition to their low prices compared with commercially manufactured equipment, Heathkits appealed to amateurs who had an interest in building their own equipment, but did not necessarily have the expertise or desire to design it and obtain all the parts themselves. They expanded and enhanced their line of amateur radio gear through nearly four decades. By the late 1960s, Heathkit had as large a selection of ham equipment as any company in the field.[citation needed]
The 6800 is an 8-bit microprocessor designed and first manufactured by Motorola in 1974. The MC6800 microprocessor was part of the M6800 Microcomputer System that also included serial and parallel interface ICs, RAM, ROM and other support chips. A significant design feature was that the M6800 family of ICs required only a single five-volt power supply at a time when most other microprocessors required three voltages. The M6800 Microcomputer System was announced in March 1974 and was in full production by the end of that year.
The Altair 8800 is a microcomputer designed in 1974 by MITS and based on the Intel 8080 CPU. Interest grew quickly after it was featured on the cover of the January 1975 issue of Popular Electronics and was sold by mail order through advertisements there, in Radio-Electronics, and in other hobbyist magazines. According to Harry Garland, the Altair 8800 was the product that catalyzed the microcomputer revolution of the 1970s. It was the first commercially successful personal computer. The computer bus designed for the Altair was to become a de facto standard in the form of the S-100 bus, and the first programming language for the machine was Microsoft's founding product, Altair BASIC.
The Kansas City standard (KCS), or Byte standard, is a data storage protocol for standard cassette tapes or other audio recording media at 300 bits per second. It originated in a symposium sponsored by Byte magazine in November 1975 in Kansas City, Missouri to develop a standard for the storage of digital microcomputer data on inexpensive consumer quality cassettes. The first systems based on the standard appeared in 1976.
Southwest Technical Products Corporation, or SWTPC, was an American producer of electronic kits, and later complete computer systems. It was incorporated in 1967 in San Antonio, Texas, succeeding the Daniel E. Meyer Company. In 1990, SWTPC became Point Systems, before ceasing a few years later.
"An Open Letter to Hobbyists" is a 1976 open letter written by Bill Gates, the co-founder of Microsoft, to early personal computer hobbyists, in which Gates expresses dismay at the rampant software piracy taking place in the hobbyist community, particularly with regard to his company's software.
Micro Instrumentation and Telemetry Systems (MITS) was an American electronics company founded in Albuquerque, New Mexico that began manufacturing electronic calculators in 1971 and personal computers in 1975.
Zenith Electronics, LLC, is an American research and development company that develops ATSC and digital rights management technologies. It is owned by the South Korean company LG Electronics. Zenith was previously an American brand of consumer electronics, a manufacturer of radio and television receivers and other consumer electronics, and was headquartered in Glenview, Illinois. After a series of layoffs, the consolidated headquarters moved to Lincolnshire, Illinois. For many years, their famous slogan was "The quality goes in before the name goes on". LG Electronics acquired a controlling share of Zenith in 1995; Zenith became a wholly owned subsidiary in 1999. Zenith was the inventor of subscription television and the modern remote control, and was the first to develop high-definition television (HDTV) in North America.
Popular Electronics was an American magazine published by John August Media, LLC, and hosted at TechnicaCuriosa.com. The magazine was started by Ziff-Davis Publishing Company in October 1954 for electronics hobbyists and experimenters. It soon became the "World's Largest-Selling Electronics Magazine". In April 1957, Ziff-Davis reported an average net paid circulation of 240,151 copies. Popular Electronics was published until October 1982 when, in November 1982, Ziff-Davis launched a successor magazine, Computers & Electronics. During its last year of publication by Ziff-Davis, Popular Electronics reported an average monthly circulation of 409,344 copies. The title was sold to Gernsback Publications, and their Hands-On Electronics magazine was renamed to Popular Electronics in February 1989, and published until December 1999. The Popular Electronics trademark was then acquired by John August Media, who revived the magazine, the digital edition of which is hosted at TechnicaCuriosa.com, along with sister titles, Mechanix Illustrated and Popular Astronomy.
Lafayette Radio Electronics Corporation was an American radio and electronics manufacturer and retailer from approximately 1931 to 1981, headquartered in Syosset, New York, a Long Island suburb of New York City. The company sold radio sets, Amateur radio (Ham) equipment, citizens band (CB) radios and related communications equipment, electronic components, microphones, public address systems, and tools through their company owned and branded chain of retail outlets and by mail-order.
Founded by David Hafler and Ed Laurent in Philadelphia, Pennsylvania in 1955, Dynaco was an American hi-fi audio system manufacturer popular in the 1960s and 1970s for its wide range of affordable, yet high quality audio components.. Its best known product was the ST-70 tube stereo amplifier. They also manufactured other tube and solid state amplifiers, preamplifiers, radio tuners and bookshelf loudspeakers. Dynaco was liquidated in 1980, and the trademark is now owned by Radial Engineering Ltd.
Henry EdwardRoberts was an American engineer, entrepreneur and medical doctor who invented the first commercially successful personal computer in 1974. He is most often known as "the father of the personal computer." He founded Micro Instrumentation and Telemetry Systems (MITS) in 1970 to sell electronics kits to model rocketry hobbyists, but the first successful product was an electronic calculator kit that was featured on the cover of the November 1971 issue of Popular Electronics. The calculators were very successful and sales topped one million dollars in 1973. A brutal calculator price war left the company deeply in debt by 1974. Roberts then developed the Altair 8800 personal computer that used the new Intel 8080 microprocessor. This was featured on the cover of the January 1975 issue of Popular Electronics, and hobbyists flooded MITS with orders for this $397 computer kit.
Zenith Data Systems Corporation (ZDS) was an American computer systems manufacturing company active from 1979 to 1996. It was originally a division of the Zenith Radio Company, after they had purchased the Heath Company and, by extension, their Heathkit line of electronic kits and kit microcomputers, from Schlumberger in October 1979. ZDS originally operated from Heath's own headquarters in St. Joseph, Michigan. By the time Zenith acquired Heathkit, their H8 kit computer already had an installed fanbase of scientific engineers and computing enthusiasts. ZDS' first offerings were merely preassembled versions of existing Heathkit computers, but within a few years, the company began selling bespoke systems, including the Z-100, which was a hybrid 8085- and 8088-based computer capable of running both CP/M and MS-DOS.
An electronic kit is a package of electrical components used to build an electronic device. Generally, kits are composed of electronic components, a circuit diagram (schematic), assembly instructions, and often a printed circuit board (PCB) or another type of prototyping board.
The Z-89 is a personal computer introduced in 1979 by Heathkit, but produced primarily by Zenith Data Systems (ZDS) in the early 1980s. It combined an updated version of the Heathkit H8 microcomputer and H19 terminal in a new case that also provided room for a built-in floppy disk on the right side of the display. Based on the Zilog Z80 microprocessor it is capable of running CP/M as well as Heathkit's own HDOS.
HERO is a series of several educational robots sold by Heathkit during the 1980s. The Heath Company began the HERO 1 project in October 1979, with the first release in 1982. Models include the HERO 1, HERO Jr., and HERO 2000. Heathkit supported the HERO robot line until 1995. All three were produced as kits, or for more money, prebuilt by Heathkit. The 1980s models are considered collectors items, due to their rarity. For the most part, they cannot perform practical tasks, but are more geared toward entertainment and education above all.
The TV Typewriter is a video terminal that could display two pages of 16 lines of 32 upper case characters on a standard television set. The design, by Don Lancaster, appeared on the cover of Radio-Electronics magazine in September 1973.
Kilobaud Microcomputing was a magazine dedicated to the computer homebrew hobbyists from 1977 to 1983. It was one of the three influential computer magazines of the 1970s, along with BYTE and Creative Computing. It focused mostly on the kit-build market, rather than the pre-assembled home computers that emerged, and as the kit market declined in the early 1980s, Kilobaud lost relevance and closed in 1983. After this, company continued publishing other magazines dedicated to particular platforms rather than the kit market.
Heathkit's H8 is an Intel 8080A-based microcomputer sold in kit form starting in 1977. The H8 is similar to the S-100 bus computers of the era, and like those machines is often used with the CP/M operating system on floppy disk.
↑ Leander Kahney (2008). Inside Steve's Brain. Portfolio. ISBN978-1-59184-198-2., p. 196. Leander cites an oral history audio recording by the Smithsonian Institution as his source for the quotation.
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