JSC Meteor Plant

JSC Meteor Plant traces its origins to 17 July 1959, when the enterprise was officially founded in Volzhsky, a city in the Volgograd region of the Soviet Union. It was established as part of the development of the Soviet radio-electronics manufacturing base and specialized in quartz-based frequency-control components. Quartz crystals and related piezoelectric products were important to communications, instrumentation, industrial control, and other electronic systems because they provide stable frequency references and filtering functions. Meteor became an early Soviet producer of HC-27/U and HC-29/U quartz crystal formats, designated KB and KA in Russian terminology. The plant's development coincided with the expansion of domestic electronic production and the need to replace or supplement imported frequency-control components. By the end of the 1980s, Meteor was described as one of the leading quartz-crystal manufacturers in the Soviet Union. Its workforce reportedly reached about 5,500 employees in 1989, indicating that it operated as a major industrial employer rather than a small specialist workshop. The political and economic changes accompanying the end of the Soviet Union led to organizational restructuring. In 1993, Meteor was converted into a joint-stock company. The enterprise was later registered as JSC Meteor Plant on 22 November 2002 at Gorky Street 1 in Volzhsky. Available ownership classifications describe it as a mixed Russian-property enterprise with a federal ownership share and as an open joint-stock company created through the voluntary consolidation of state-owned enterprises. In its post-Soviet operating model, Meteor continued to focus on frequency-control products for Russian and CIS electronics manufacturers. Its range expanded or was organized around quartz crystals for temperature-compensated crystal oscillators, oven-controlled crystal oscillators, broad-temperature industrial applications, and equipment exposed to substantial mechanical stress. The company also produces high-reliability piezoelectric filters. These products are relevant to industrial electronics, radio systems, satellite equipment, and other applications where frequency stability, environmental performance, and long service life are important. The company reports a customer and distribution footprint extending across Russia and the Commonwealth of Independent States. Reference material states that its products reach nearly 500 enterprises, although the date and methodology of that figure are not specified. Meteor has characterized itself as a time-tested supplier to Russian radio-electronic plants, emphasizing continuity, domestic production, and experience in specialized components. Quality and regulated manufacturing have remained part of its institutional profile. The company's quality system is described as certified to ISO 9001. Meteor is also reported to hold licenses from a Russian federal control-systems agency for designing and manufacturing defense technologies. The licenses indicate authorization to work in regulated defense-related fields, but the available material does not name individual defense programs, customers, or contracts. The reference material identifies the company as active in industrial and satellite-oriented production but provides limited information about its recent management, ownership changes, financial performance, product launches, or international expansion. A 2016 record cited profit of 24.383 million Russian rubles and reported an authorized capital of 7,988.6 thousand rubles, while employment was given as 474 people. Those figures are historical and are not sufficient to describe the company's current financial position. Overall, Meteor's documented history is that of a Soviet-founded quartz-component plant that survived institutional restructuring and continues to serve specialized Russian and CIS electronics markets.

1. 2016Historical financial and employment reference

   Reference material reported 24.383 million Russian rubles in profit, authorized capital of 7,988.6 thousand rubles, and 474 employees for 2016. These figures are historical and do not establish current performance.

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2. 2002Registered as JSC Meteor Plant

   The enterprise was registered under the name JSC Meteor Plant on 22 November 2002 at its Volzhsky address.

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3. 1993Converted into a joint-stock company

   Meteor was restructured as a joint-stock company during the post-Soviet transformation of state-owned industrial enterprises.

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4. 1980Established as a major Soviet quartz-crystal producer

   By the end of the 1980s, Meteor was regarded as one of the leading quartz-crystal manufacturers in the Soviet Union, with reported employment of approximately 5,500 people in 1989.

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5. 1959Enterprise officially founded

   Meteor was officially founded on 17 July 1959 in Volzhsky, Volgograd region, establishing its long-term role in Soviet and later Russian radio-electronics manufacturing.

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A long-established Russian supplier of quartz-based frequency-control and piezoelectric components for industrial, satellite, radio-electronic, and regulated technology applications.

• HC-27/U quartz crystalsQuartz crystals

  HC-27/U is one of the quartz-crystal formats associated with Meteor's early Soviet production. These crystals provide a stable resonant frequency for electronic timing, oscillator, communications, and instrumentation circuits. The available reference identifies Meteor as a pioneer in producing this format in the USSR, but does not provide current specifications, package variants, frequency ranges, or present availability.

• HC-29/U quartz crystalsQuartz crystals

  HC-29/U is another quartz-crystal format linked to Meteor's Soviet-era manufacturing activity. Like other frequency-control crystals, it is intended to provide a precise and stable resonant reference in electronic circuits. The cited material does not specify the product's current design, packaging, qualification status, or production volumes.

• TCXO quartz crystalsFrequency-control components

  Meteor supplies quartz crystals intended for temperature-compensated crystal oscillators. These components are used where oscillator frequency must remain stable despite changes in ambient temperature. They can support communications, instrumentation, industrial control, and other electronic systems, although the available source does not list detailed electrical specifications or specific device families.

• OCXO quartz crystalsFrequency-control components

  The company produces quartz crystals for oven-controlled crystal oscillators, in which the resonator is maintained at a controlled temperature to achieve high frequency stability. Such components are commonly associated with demanding timing, communications, industrial, navigation, and satellite-related applications. No detailed current catalogue or performance data is provided in the reference material.

• Wide-temperature-range quartz crystalsIndustrial quartz components

  Meteor's general-purpose quartz-crystal range includes products designed for operation across broad temperature conditions. This category is relevant to industrial and outdoor equipment where environmental variation can affect frequency stability. The source does not state exact operating limits, package formats, qualification standards, or individual product numbers.

• Mechanically resistant quartz crystalsHigh-reliability quartz components

  The company also offers quartz crystals intended for applications with increased exposure to mechanical stress. Such components are positioned for demanding industrial, transport, aerospace, or defense-related environments where vibration and shock resistance may be important. Specific mechanical ratings and application certifications are not available in the cited material.

• High-reliability piezoelectric filtersPiezoelectric filters

  High-reliability piezoelectric filters form part of Meteor's broader frequency-control portfolio. Piezoelectric filters use resonant materials to select or reject defined frequency ranges and can be used in radio-electronic and communications equipment. The available reference identifies the product class but does not disclose current filter series, technical specifications, or named end products.

1. JSC Meteor Plant