Advanced Cooling Technologies, Inc. (ACT), based in Lancaster, PA, specializes in thermal management solutions and custom-engineered products for spacecraft design and other industries. ACT offers product development, quality manufacturing, and engineering services, integrating thermal and structural elements to deliver optimal solutions for complex thermal challenges.
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Satellite Component Manufacturers
Last updated: January 2026
This directory lists 118 satellite component manufacturers across the United States, from RF communication modules to high-precision optical systems.
Buyers in this category are typically solving critical problems related to payload performance, bus stability, or mission longevity. This involves sourcing everything from specialized power management units capable of handling extreme voltage fluctuations and total ionizing dose (TID) effects, to precise attitude determination and control system (ADCS) sensors that maintain orbital accuracy, or high-throughput data links essential for telemetry, tracking, and control (TT&C). Each component must not only perform its function flawlessly but also survive the brutal launch environment and the vacuum, radiation, and thermal extremes of space.
Supplier types in this specialized space range from vertically integrated primes that design and manufacture entire subsystems, to niche specialists focused on specific technologies like reaction wheels, propulsion thrusters, or custom ASIC development. There are also contract manufacturers who specialize in high-reliability PCB assembly for space applications, often providing comprehensive testing services like environmental stress screening (ESS) and pre-cap visual inspection. Distinctions often lie in their readiness levels (TRL), their specific material science expertise, and their established supply chains for space-qualified raw materials and sub-components.
Company Directory
118 companies nationwide
Based in Fairfax, VA, AAC Clyde Space manufactures small satellite components and provides comprehensive space-based data services. Offering end-to-end solutions from satellite technologies and mission services to data delivery, they help organizations access timely intelligence from space. Their products support demanding applications, including lunar missions, for real-world impact.
ACP Composites provides custom-engineered structural components for various satellite designs, emphasizing optimal strength-to-weight ratios. The company offers comprehensive manufacturing services, supported by extensive prototyping, engineering, and tooling capabilities. They maintain certified quality programs with dedicated inspection teams.
ADDere Additive Manufacturing, based in Waukesha, WI, specializes in metal laser-wire additive manufacturing. The company provides ITAR-compliant 3D metal printing services for large components made from exotic metals. They serve aerospace and defense industries, explicitly manufacturing components for the space industry.
Based in Euless, TX, EulessAero is a manufacturer with extensive design, engineering, and programming expertise. They specialize in critical and precision machined components for aircraft, offering high-quality parts that align with the stringent requirements of the aerospace industry, including potential satellite applications.
Based in Wallington, NJ, Aerospace Manufacturing (AMI) specializes in high-strength, close-tolerance aerospace fasteners. The vertically integrated company manufactures a complete line of bolts, screws, pins, and built-to-print specials. AMI components are used in mission-critical space flight, commercial aviation, and maritime applications for OEM customers.
Advanced Integration Technology, LP (AIT) specializes in fabricating, machining, finishing, and assembling close-tolerance components from aluminum, specialty alloys, and composites. Utilizing in-house facilities, AIT provides precision manufacturing services directly relevant for satellite component manufacturers and other demanding industrial applications.
Based in Cleveland, OH, AMECO USA offers manufacturing, engineering, and consulting services, focusing on medium to heavy metal fabrications and machined products. They are a supplier of complex metal fabrications for the aerospace industry, designing and building engineered products to customer specifications with their own facilities and workforce.
Based in Chino, CA, American Bright LED manufactures high-quality LED components. They specialize in robust LEDs for critical applications, holding AS9100:2016 and ISO9001:2015 certifications. Their products are utilized in various aerospace and defense applications, including reliable illumination and signaling components for satellite communication systems.
Based in Huntington Beach, CA, Apex Space & Defense Systems specializes in developing and producing advanced composite components for the space, defense, and mission-critical sectors. With extensive experience in composite manufacturing, the company provides innovative, lightweight, and durable solutions, including specialized parts like landing legs for booster rockets and solar components.
Based in Manassas, VA, Aurora Flight Sciences designs and manufactures advanced aerospace components and structures. They specialize in high-performance composite parts engineered for the extreme conditions of space travel, offering end-to-end manufacturing from prototype to production for aerospace customers.
Based in Raleigh, NC, Azista USA provides full-service satellite and aerospace manufacturing. The company offers vertically integrated capabilities across design, engineering, and production. It specializes in delivering high-performance solutions as a satellite components manufacturer, serving commercial and government clients.
Based in Lafayette, CO, Blue Canyon Technologies specializes in high-performance, rapid-response spacecraft systems and components. They provide small satellite buses and a suite of technologies, including attitude determination and control systems, star trackers, reaction wheels, and power system capabilities, for science and defense missions.
Based in Natick, MA, Busek Co. Inc. manufactures advanced electric propulsion systems and thrusters. Specializing in Hall, electrospray, RF ion, and monopropellant thrusters, the company provides critical components for satellites and spacecraft. With extensive flight heritage, Busek supports various next-generation space missions.
Based in Chino, CA, California Machine Specialties offers precision CNC machining, custom heat sinks, and mechanical assembly services. They specialize in manufacturing critical components for the Aerospace & Defense sector, including power supplies and environmental control for military and satellite applications, utilizing 4-axis CNC milling and precision turning.
Consolidated Aerospace Manufacturing offers comprehensive manufacturing solutions for the aerospace sector. Specializing in complex sheet metal, precision machining, and intricate tube assemblies, they also produce critical components like latches and quick release pins. Their capabilities support a wide range of aerospace applications, including potential satellite component manufacturing.
Based in Austin, TX, CesiumAstro manufactures high-throughput, plug-and-play phased array communication payloads for space and airborne platforms. They provide critical satellite components, including reconfigurable processors, software-defined radios, single-board computers, and power supply modules. These full-stack hardware and software products support diverse commercial and defense missions.
Based in Albion, MI, Challenger Communications manufactures satellite antenna systems. They produce quick-deploy offset dish and prime focus antennas, featuring heavy-duty aluminum reflectors. The company also offers rugged mounting stands and replacement parts for legacy Patriot Antenna Systems, proudly Made in the USA.
Based in Warren, OR, Composites Universal Group specializes in advanced composites manufacturing, providing high-strength, lightweight carbon fiber parts. Their full-service capabilities include engineering services, prototyping, tooling, and production for diverse applications, including aircraft, spacecraft, defense, automotive, and electronics industries.
Based in Carson, CA, Daico Industries, Inc. designs and manufactures advanced RF/Microwave control products, amplifiers, and sub-systems. They specialize in custom, high-reliability components like switches, attenuators, phase shifters, and T/R modules. Serving defense electronics and aerospace, their products are integral to mission-critical communication systems.
Dynamic Fabrication Inc. is a custom contract manufacturer providing high-quality, close-tolerance products for innovative industries. Specializing in certified aerospace welding, machining, and diverse metal fabrication, their services encompass sheet metal, stainless steel, and vacuum chamber fabrication.
Based in Milpitas, CA, Fralock manufactures advanced material components and subassembly solutions for high-reliability applications. They provide custom composites, specialty laminates, and flexible polyimide heaters for spacecraft. Their components are built to withstand extreme environments, serving the satellite, aerospace & defense, and semiconductor industries.
General Atomics (GA-EMS) provides end-to-end solutions for satellite missions, supporting operations from single satellites to constellations across LEO, MEO, GEO, and Cislunar orbits. Based in Fort Madison, IA, the company integrates critical payloads onto its GA-150 satellites, exemplified by NASA's TSIS-2 mission.
General Dynamics Mission Systems specializes in the design and manufacturing of custom precision metal optical components. With over 70 years of experience, the company serves critical defense, space, and airborne applications. Its expertise supports advanced systems requiring high-quality, reliable components for demanding environments.
Based in Rollinsford, NH, Janco Electronics, Inc. is an ISO 13485:2016 certified contract electronics manufacturer. They specialize in PCB assembly, electromechanical box builds, RF testing, and precision engineering for aerospace, defense, and telecommunications industries.
Kencoa Aerospace LLC provides precision machined and sheetmetal fabricated components, specializing in the space, military, business aviation, and commercial aerospace industries. With in-house engineering, fabrication, machining, and assembly capabilities, the company delivers aerostructures and systems for commercial and defense space applications.
Based in Herndon, VA, Kratos manufactures antenna products specifically designed for satellite communication systems. Their North American-made components are certifiable for demanding applications, including the Space Force's Wideband Global SATCOM system, providing critical hardware for defense and space sectors.
Based in Brisbane, CA, LeeMAH Electronics is a contract manufacturer offering end-to-end electronic assembly solutions, including PCBA, custom cable, and box build manufacturing. They serve the aerospace and defense industries, holding AS-9100D, ITAR, and NASA J-STD-001 Space Addendum certifications relevant for satellite components.
Morpheus Space manufactures FEEP-based electric propulsion systems for satellites. Their GO-2 system ensures satellite mobility for various missions including constellation deployment, repositioning, deorbiting, collision avoidance, and station keeping. It features modular units with multiple thrusters, providing redundancy and precision for spacecraft from 6U and up.
Based in Valencia, CA, MP Aero Services, Inc. specializes in aerospace composite component manufacturing, precision metal fabrication, and exotic alloy forming. They provide assemblies, sub-assemblies, and prototype services for various aerospace projects, including custom solutions for aircraft and general aerospace components, suitable for satellite applications.
Based in Baltimore, MD, ST Engineering MRAS designs, develops, and manufactures complex aerostructures for the aerospace and defense industries. The company offers a comprehensive, end-to-end suite of services including design, development, manufacturing, testing, and certification, leveraging advanced processes like additive manufacturing.
MW Components is a U.S.-based manufacturer with over 20 AS9100-certified facilities producing precision metal components. They specialize in springs, fasteners, bellows, and shims for aerospace and space applications. The company offers a vast inventory of stock parts and custom manufacturing services to specification.
Based in Riverdale, MD, NanoAvionics is a small satellite mission provider that manufactures up to 80% of the subsystems for its standard satellite buses in-house. The company evolves tech capabilities to enhance mission longevity, performance, and reliability, maintaining control over lead times, pricing, and quality for its satellite components.
Northrop Grumman directly manufactures satellite components and accelerates satellite production for Low Earth Orbit missions. They produce solid rocket boosters for NASA's Space Launch System and launch abort motors, leveraging a customizable test fleet to advance innovation for defense.
Oberg Industries is a global contract manufacturer specializing in precision machined and stamped metal components, tooling, and assemblies. They produce spacecraft frames and chassis for the Space and Aerospace & Defense markets. With U.S.-based facilities, Oberg delivers high-quality, repeatable performance for critical applications.
Based in Wakefield, MA, Optikos designs and manufactures precision optical products and solutions. They specialize in space optics, including components for satellite imaging systems, star tracker lenses, and Earth observation telescopes. With world-class metrology and ISO certifications, they ensure validated performance for aerospace applications.
Based in Oak Creek, WI, Owens Industries is an aerospace CNC machine shop specializing in high-quality CNC machining of complex aerospace parts. The company focuses on precision and accuracy to achieve challenging machining requirements for various components.
Based in Stanton, CA, Pacific Aerospace Corp specializes in precision machining, advanced composites, tooling fabrication, and assembly for the aerospace industry. They are certified for manufacturing carbon fiber aerospace parts, adhering to AS9100 and ITAR compliance standards.
Based in Newington, CT, PCX Aerosystems manufactures specialized components for the space industry, including satellites, launch vehicles, and missile defense. The company provides advanced machining expertise for flight-critical products, supporting communications, remote sensing, earth orbit, and lunar exploration. They also serve the aerospace and naval defense sectors.
Based in Santa Fe Springs, CA, Polymershapes specializes in manufacturing aerospace plastics. With over 70 years of industry experience, they provide custom plastic components and solutions crucial for the aerospace sector, including potential applications in satellite manufacturing and other critical aerospace systems.
Precise Aerospace Manufacturing Inc. is a full-service supplier specializing in injection, compression, and transfer molded plastics, alongside CNC machining. Based in Yorba Linda, CA, the company provides comprehensive aerospace manufacturing solutions, fabricating various components for the industry since 1965.
Qorvo is a U.S.-based manufacturer leveraging deep aerospace expertise and high-reliability processes. The company provides end-to-end capabilities, including design and wafer fabrication, for advanced components. These solutions are well-suited for demanding applications within the satellite industry.
Based in San Diego, CA, RF Industries manufactures essential RF connectors, coaxial and fiber optic cables, and custom cabling solutions. They provide wire harnesses and data cables, critical for communication and data transmission systems used in industrial, commercial, and satellite applications.
Based in Benicia, CA, RIX Industries is an AS9100C certified company specializing in the design, development, and production of high-quality components for the aviation, space, and defense industries. They provide critical solutions and systems for demanding applications, including various satellite components and related aerospace technologies.
Based in Lafayette, CO, Rocky Mountain Instrument Co. custom manufactures precision optics, thin-film coatings, and opto-mechanical assemblies. They provide advanced optical solutions from Deep UV to Far IR, explicitly serving satellite imaging and spaceborne sensor applications for deep-space and orbital performance.
Based in Northridge, CA, Rotating Precision Mechanisms Inc. (RPM) manufactures specialized antenna positioners and pedestals. They supply critical components for satellite communication antennas and telemetry tracking systems. RPM also provides transportable antenna systems for radar and secure data links, serving aerospace and military applications.
Based in Camarillo, CA, SAAZ Micro Inc. designs, develops, and produces space-qualified imaging hardware. They specialize in UV, visible, NIR, and IR sensors, Avalanche PhotoDiodes, and Readout Integrated Circuits (ROICs). The company offers custom sensor packaging and integration using cutting-edge technologies for satellite applications.
Based in Garland, TX, Satellink, Inc. designs and manufactures specialized satellite components. The company produces low noise linear amplifiers, frequency converters, and satellite receiving equipment. They offer cryogenically and thermoelectrically cooled LNAs, operating from low IF frequencies up to K-Band for custom applications.
Based in El Segundo, CA, Sidus Space is a flight-proven space and defense technology company. They provide advanced hardware manufacturing, delivering end-to-end solutions for custom satellite components and full systems. Sidus produces mission-critical hardware for diverse space and defense applications.
Spacecraft Components Corp. engineers, distributes, and manufactures circular harsh environment connectors, primarily serving the military, industrial, and aerospace markets. With over 64 years of experience, the company provides consultative connector solutions, upholding high quality standards through AS9100 qualification for critical applications.
Spartronics offers contract manufacturing solutions for space electronics and satellite components. They specialize in printed circuit board assemblies (PCBAs), subsystem integration, and full-box builds. Serving markets including commercial aerospace, defense, medical devices, life sciences, and instrumentation & control, Spartronics provides mission-critical manufacturing services.
Based in Sylmar, CA, Spectrolab manufactures advanced solar cells, fully assembled solar panels, and integrated solar arrays for spacecraft. With over 65 years of heritage, the company supplies these critical components for commercial, civil, and defense satellite missions, delivered to prime contractors for integration.
Spirit Electronics designs and provides electronic solutions for satellite and space applications, as well as aerospace and defense. Based in Phoenix, AZ, the company also distributes modular power and ruggedized products, and has expanded its U.S. semiconductor capacity through strategic acquisitions.
Stretch Forming Corporation, based in Perris, CA, specializes in complex metal forming and precision CNC machining services. They produce formed, heat-treated, fabricated, and machined structural components, kits, and assemblies. The company offers advanced 3- and 5-axis CNC machining, serving the aerospace, defense, and space industries with integrated manufacturing solutions.
Sunland Aerospace Fasteners manufactures AS9100 certified, high-strength fasteners for aerospace applications. They produce a range of diameters using materials like A286, Inconel 718, titanium, alloy steel, and other exotic metals. The company is committed to quality manufacturing standards for critical satellite components.
Syntec Optics provides ultra-high precision space optics and optomechanical solutions. The company specializes in components for LEO satellites, offering opto-mechanical components from system to assembly. They also supply electrically and mechanically actuated tunable lenses and complex integrated circuit boards for various applications.
Texas Instruments manufactures a wide range of integrated circuits and semiconductors, including power management, processor, communications, and high-speed devices. They utilize QML Class P standard radiation-hardened plastic packaging, making their electronic components highly suitable for demanding applications, including those required by satellite component manufacturers.
Based in Charleston, SC, TIGHITCO, Inc. manufactures components for the space industry. The company specializes in the design, fabrication, and assembly of complex composite structures and integrated assemblies. They also provide insulation and textile solutions for aerospace, defense, and various industrial applications.
Based in Martinsville, IN, Twigg Corporation is an aerospace manufacturer specializing in fabricating components from exotic alloys. With over 50 years of experience, the company serves defense, commercial aerospace, spacecraft, and industrial power generation industries, adhering to stringent quality standards.
Valence Surface Technologies provides comprehensive aerospace product finishing services, specializing in critical components for satellites and UAVs. They offer unique selective plating, precision masking, painting, spray coatings, non-destructive testing, shot peen, and chemical processing for various alloys, supporting major space programs like SpaceX and NASA.
Based in Huntington Beach, CA, Vanguard Electronics designs and manufactures space-grade magnetics, including RF & microwave components, high-power density magnetics, and MIL-STD-1553 transformers. They offer QPL, Space, COTS+, and custom solutions built to rigorous military and space specifications.
Based in Torrance, CA, Verus Aerospace manufactures complex, mission-critical components for the aerospace and defense industry. They specialize in precision machining of hard metals and high-speed aluminum, offering capabilities such as integrated assembly solutions, chemical processing, and coatings across extensive manufacturing facilities.
Viasat manufactures advanced antenna components for diverse satellite constellations, including GEO, HEO, MEO, and LEO. These proven antennas support current and next-generation satellites, providing critical hardware for enhanced global connectivity across various commercial and government sectors.
Based in Plano, TX, Virtex manufactures high-reliability electronic solutions for critical applications. The company provides customized engineering development, PCBA solutions, and cable & harness services, supporting aerospace, defense, space, medical device, and industrial markets with its end-to-end electronics manufacturing capabilities.
Based in San Jose, CA, WessDel provides high-precision CNC machining and custom manufacturing services for aerospace, national defense, and military applications. The company specializes in exotic metal machining, including AlBeMet and titanium, to deliver complex components and brazed structures for advanced systems and space exploration.
York Space Systems designs and manufactures complete mission solutions, including spacecraft platforms and essential components. They deliver space-based infrastructure, secure data routing, and advanced technologies for government and commercial missions. The company provides high-volume production and rapid deployment capabilities for entire constellations.
Based in Burlington, VT, Benchmark Space Systems manufactures advanced propulsion systems for satellites and spacecraft. They specialize in heritage chemical and electric thruster technologies, providing robust and reliable solutions for various orbital missions. The company also offers end-to-end mission services, supporting integration, test, and orbital operations.
Clear Align specializes in manufacturing space optical assemblies, subsystems, and advanced optical systems. The company provides solutions trusted for critical space missions, alongside electro-optical systems for surveillance and defense applications like Counter-UAS.
Based in Garden Grove, CA, Cyber Aerospace Corp specializes in precision machined components for the commercial, defense, and aerospace industries. Utilizing advanced 3, 4, and G-axis CNC machining centers, they work with materials such as aluminum alloys, titanium, and stainless steel, suitable for various aerospace parts and specialized applications.
Edro US manufactures precision-machined aerospace components from high-alloyed materials with tight tolerance requirements. Operating an AS9100D certified facility, the company utilizes state-of-the-art machining and additive manufacturing capabilities. Edro also offers a range of specialized materials and PVD/DLC coatings for advanced part production.
Based in Torrance, CA, K2 Space specializes in building ultra-powerful and scalable satellite platforms. These platforms are engineered for a wide range of orbital and space missions, including Low Earth Orbit (LEO), Medium Earth Orbit (MEO), Geostationary Earth Orbit (GEO), and cislunar operations.
Ohio Space Systems designs, manufactures, and assembles satellites, spacecraft, and defense systems from its Cleveland, OH facilities. The company produces and manufactures all its components in Ohio, serving America's space, defense, and aviation missions with robust manufacturing capabilities.
Redwire provides advanced technology solutions, including satellite components such as star trackers, which serve as primary attitude sensors for orbiting spacecraft. They also develop powerful roll-out solar arrays for space stations like the lunar Gateway. The company specializes in multi-domain defense and space applications.
Based in Irvine, CA, SQUID3 Space, Inc. delivers highly engineered flexible film materials, MLI products, and thermal control solutions for aerospace and defense customers. They specialize in spacecraft thermal technology, offering innovative products like reconfigurable radiator tapes, standard radiator tiles, and tailor-made thermal insulation blankets for satellite systems.
Zeno Power develops and manufactures compact, patented nuclear batteries (radioisotope Stirling generators) for demanding environments. Specializing in space applications, their technology provides long-duration power and steady heat for NASA lunar surface missions and U.S. Space Force platforms. They also power subsea operations with resilient energy solutions.
Based in Farmington, MN, Aerospace Fabrication & Materials designs, manufactures, and installs multilayer insulation (MLI) blankets and passive thermal control products. The company specializes in custom spacecraft components and structural parts engineered for extreme aerospace and cryogenic environments, ensuring mission success.
Based in Stafford, TX, Atec, Inc. designs, manufactures, and tests rocket propulsion components and space launch vehicle hardware. They provide build-to-print manufacturing for critical specifications, offering world-class design, manufacturing, test cells, and field services for custom aeroengine and spaceflight applications.
Based in Arvada, CO, Barber-Nichols engineers, manufactures, and tests mission-critical turbomachinery solutions. They specialize in thermal control pumps for extended-life aerospace and defense missions. The company leverages deep expertise in turbomachinery design, serving cryogenics and energy, and also offers Xdot foil bearing technology.
Re:Build Cutting Dynamics specializes in the fabrication and assembly of components and systems suitable for space and satellite applications. With decades of experience, the company provides essential products and services to aerospace and defense industries, handling complex components with precision. They are also ITAR compliant.
Based in Placentia, CA, CRD MFG, Inc. manufactures precise, durable aerospace-grade components. They provide state-of-the-art CNC machining, custom tube bending, laser welding, and robotic welding services. Specializing in aerospace tube fabrication, they handle projects from prototyping to full mass production.
CU Aerospace specializes in the research, development, and manufacturing of advanced micropropulsion systems for satellite applications. Based in Champaign, IL, the company provides a range of liquid bipropellant, monopropellant, and electric thrusters, along with associated components, offering flight-heritage solutions for aerospace and defense sectors.
Based in San Jose, CA, Elcon Precision LLC specializes in manufacturing mission-critical components for the aerospace and space industries. They offer photochemical etching, ceramic metallization, and precision brazed assemblies, including ceramic-to-metal and metal-to-metal joining for critical applications.
Essner Manufacturing, based in Fort Worth, TX, specializes in defense and aerospace parts manufacturing. Their capabilities include aerospace sheet metal fabrication, precision machining, and assembly services. Nadcap accredited for chemical processing, aluminum heat treating, painting, and welding, they produce critical components for various aerospace applications.
Fabric8Labs specializes in Electrochemical Additive Manufacturing (ECAM), delivering high-resolution metal 3D printing services. They produce complex, dense, and high-purity metal components at scale for critical aerospace applications. Their capabilities include direct printing onto temperature-sensitive substrates for advanced RF antennas and electronics.
Based in Ormond Beach, FL, Hudson Technologies specializes in AS9100D certified deep draw precision manufacturing. They produce custom metal components, enclosures, and cases from high-performance metals, including stainless steel and titanium. Serving aerospace, military & defense, and semiconductor industries.
Based in Rancho Santa Margarita, CA, Menlo Micro manufactures high-performance RF 'Ideal Switches.' These advanced components are crucial for optimizing RF power budgets and enabling sophisticated system integration. Their technology supports demanding applications, making them vital for satellite communication systems and other cutting-edge RF technologies.
Modus Advanced provides custom manufacturing for satellite components, including precision CNC machining, coatings, and thermal/RF material assembly. With AS 9100, ISO 9001, ITAR, and CMMC Level 2 certifications, they support space industry needs for communications, payloads, and launch vehicles.
Based in East Aurora, NY, Moog Inc. specializes in advanced motion control solutions for the space industry. They provide critical hardware and software, including avionics and integrated Command and Data Handling (C&DH) systems, designed specifically for spacecraft and payload applications.
Based in Anaheim, CA, Moseys Production Machinists provides high-precision CNC machining services, including milling, turning, and Swiss machining. They specialize in manufacturing machined components for industries like Aerospace and Defense, committed to quality and on-time delivery. The company has served original equipment manufacturers and start-ups since 1975.
Based in Chatsworth, CA, NEO Tech provides electronics manufacturing solutions for advanced technology OEMs, specializing in aerospace and defense. Their Microelectronics Center of Excellence offers critical capabilities for producing complex components, highly relevant for satellite manufacturing and other high-tech industrial applications.
Based in Stow, OH, NMG Aerospace manufactures precision components for the aerospace, defense, and aviation sectors. Capabilities include fabrication, assembly, precision machining, product design, welding, and advanced testing. The company delivers high-quality, reliable, and performance-critical solutions, supported by responsive technical expertise.
Precision Aerospace Corporation, based in Rancho Cucamonga, CA, is an AS9100, ISO9001, and NADCAP-certified manufacturer of precision aerospace components. Specializing in chemical milling, machining of exotic alloys, and finishing services, the company adheres to strict FAA, DOD, and NASA requirements, providing critical parts for the aviation and aerospace industries.
SEAKR Engineering designs and manufactures reliable, composable, and scalable space electronics, avionics, and data management systems. The company integrates commercial technology with proprietary ASIC and FPGA innovations for harsh space environments, supporting communication, earth observation, scientific research, and military missions.
Based in Louisville, CO, Sierra Space provides high reliability satellites and spacecraft hardware. The company specializes in manufacturing essential components for various space missions, supporting government and commercial clients with advanced solutions for satellite and spacecraft systems.
Based in Billerica, MA, Standex ETG specializes in advanced metal forming solutions for aerospace, defense, and space systems. The company manufactures cutting-edge engine solutions and spacecraft structural elements. Utilizing processes like spin, shear, expansion, deep draw, and bulge forming, they provide net and near net solutions for cost-effective component production.
Surface Optics Corporation specializes in optical measurement, engineering, and thin film coating services for satellite components. They offer electro-optics engineering, analytical modeling, optomechanical design, and production unit delivery. The company provides advanced optical property testing and various vacuum coating techniques crucial for spacecraft thermal control.
Teledyne Technologies’ Aerospace and Defense Electronics segment manufactures sophisticated electronic components, subsystems, and communication products. They provide critical parts for advanced aerospace applications, including satellite systems. Their technology enables various high-tech defense and commercial products and services.
Teledyne Space Imaging specializes in developing space-qualified imaging sensors, focal plane arrays, and camera instrument systems. The company has a long heritage in providing critical components for satellite applications, serving the aerospace and defense industries.
Based in Melbourne, FL, Terran Orbital designs and manufactures advanced satellite buses, SmallSat GEO™ spacecraft platforms, and complete spacecraft solutions. The company provides comprehensive mission services, including launch, operations, and ground station support. They offer robust manufacturing capabilities, supplying critical components and end-to-end solutions for satellite missions.
Based in Santa Barbara, CA, Umbra Lab Inc. is an American space technology company. It designs, builds, tests, and operates advanced systems, from sensors to spacecraft, engineering novel solutions. The company provides flight-proven hardware and custom mission solutions, expanding capabilities in space for its customers.
Honeywell Aerospace directly manufactures satellite communication systems and components for the aerospace industry. Their offerings include cabin and cockpit satcom solutions, high-speed data receivers, antennas, and diplexers. These systems support robust connectivity for business aviation, ensuring reliable performance.
Aerospacelab, with a presence in Los Angeles, CA, designs and manufactures advanced components and end-to-end satellite systems for next-generation constellations. The company offers integrated solutions from concept to operation, leveraging its engineering expertise to produce critical hardware for space missions and various aerospace applications.
Based in North Plains, OR, ALIGN PRECISION specializes in precision manufacturing for aerospace, defense, and high-tech industries. The company produces complex parts, assemblies, and structural components from hard metals, aluminums, alloys, and exotic materials, meeting tight tolerances for demanding applications.
AMETEK Aerospace manufactures highly accurate space and aircraft-grade pressure sensors and RTD/thermocouple temperature sensors for harsh environments. They also provide accelerometers, gyros, flow meters, thrust chamber pressure sensors, and gimbal position sensors, essential for satellite and aerospace systems.
Analog Devices manufactures a comprehensive range of space-qualified components, offering both standard and commercial-grade products. These robust and reliable solutions are designed for critical space applications, serving satellite manufacturers and other aerospace industry customers.
Based in San Jose, CA, Aperture Optical Sciences designs and manufactures precision optical components and systems. They specialize in high-performance optics for space-based imaging and optical communications, providing custom engineering and manufacturing for critical aerospace applications.
Apex reimagines satellite manufacturing for proliferated, attritable satellite constellations. The company builds platforms for LEO, MEO, and GEO missions. Apex recently launched Project Shadow, America's first commercially-led, on-orbit space-based interceptor demonstration, showcasing its capabilities in advanced space systems and manufacturing.
Based in Los Alamitos, CA, Applied Composites operates a 101,000 sq.ft. facility for advanced composite manufacturing. Formerly Alliance Spacesystems, the company provides critical high-performance components for aerospace and space industries, likely including satellite systems. They leverage extensive experience in specialized materials for demanding applications.
CACI develops advanced free-space optical communication systems like SkyLight® for satellite crosslink capabilities. These ultra-low SWaP (Size, Weight, and Power) systems are crucial components for national security and space missions, supporting critical communication infrastructure.
Frontgrade Technologies specializes in manufacturing space-qualified microelectronics and satellite components. The company develops advanced space technology designed for deep space and satellite missions, ensuring performance in the harshest conditions. Their solutions support various applications, including space, air, and land.
Based in Melbourne, FL, L3Harris Technologies provides end-to-end small satellite solutions and key mission technologies for comprehensive smallsat delivery. The company also specializes in powering next-generation missile defense and scaling solid rocket motor capacity for critical defense applications.
Based in El Segundo, CA, Millennium Space Systems designs and manufactures high-performance small satellite systems. The company builds its own proprietary Guidance, Navigation, and Control (GNC) hardware and software components, delivering agile and autonomous mission solutions with advanced processing power for various orbits.
Muon Space designs, builds, and operates satellite constellations for a safe and resilient world. They offer the Muon Halo integrated technology stack, optimizing missions for faster time-to-orbit and superior constellation performance, and support critical defense initiatives such as missile warning and tracking.
Based in Houghton, MI, Orbion Space Technology manufactures high-performance Hall-effect electric propulsion systems for small satellites. Their Aurora system offers dual-mode operation with 100x thrust on demand for agile collision avoidance, providing efficient and reliable propulsion for satellite missions.
Pumpkin, Inc. provides high-performance, cost-effective spacecraft solutions and directly manufactures CubeSat kits, components, and services. They offer small satellite buses, electronics, and structures, supporting organizations in building nanosatellites. Pumpkin delivers comprehensive hardware and software solutions for various space missions.
Based in Irvine, CA, Safran Electronics & Defense, Avionics USA, LLC is an R&D center and design office. This facility develops advanced electronic systems and components for aerospace, defense, and space applications, aligning with Safran's expertise in specialized electronics for satellite manufacturing.
Texas Contract Manufacturing Group (TCMG) specializes in turnkey manufacturing, fabrication, and assembly services. They produce high-value, high-complexity, precision machined metal components. TCMG manufactures critical components like structural elements and propulsion system parts for aerospace, defense, space, and satellite technologies.
Based in Berthoud, CO, Ursa Major Technologies Inc. provides mission-ready propulsion systems for missile defense, hypersonics, in-space mobility, and launch. Utilizing additive manufacturing, they produce scalable, flight-proven engines, solid rocket motors, and tactically responsive satellite propulsion and orbit transfer systems for various missions.
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How to Choose a Company
- Scrutinize Flight Heritage & On-Orbit Performance: Go beyond simple claims of 'space-qualified.' Request specific mission details, launch dates, operational duration, and any reported anomalies related to the component family you are procuring. A manufacturer with proven components on a GEO satellite for 10+ years offers a different risk profile than one whose components are solely on a handful of low-Earth orbit (LEO) CubeSats for a few months.
- Verify Radiation Hardening Capabilities and Testing: For components exposed to significant radiation environments (e.g., MEO/GEO orbits), demand clear documentation of Total Ionizing Dose (TID), Single Event Effect (SEE) testing results (e.g., latch-up immunity, upset rate), and the specific test standards followed (e.g., MIL-STD-883 Test Method 1019 for TID). Ensure the test facility is accredited and results are traceable.
- Assess Thermal Vacuum (TVAC) and Vibration Testing Infrastructure: Confirm the supplier has in-house or readily available certified facilities for TVAC and vibration testing to simulate launch and orbital conditions. Require them to provide detailed test plans, profiles (e.g., sinusoidal, random vibration, shock), and acceptance criteria, ensuring they align with your mission's specific environmental requirements and workmanship standards like J-STD-001ES.
- Understand ITAR/EAR Compliance and Export Controls: For US-based manufacturers, ensure they are registered with the Directorate of Defense Trade Controls (DDTC) if producing ITAR-controlled items, or have robust export control procedures for EAR-controlled dual-use technologies. Clarify their export licensing processes, especially for components destined for international customers or spacecraft with non-US content, to avoid significant legal penalties and delays.
- Demand Material Outgassing Data: Require proof that all materials used in the component assembly (adhesives, coatings, PCBs) meet NASA SP-R-0022 or ECSS-Q-ST-70C standards for Total Mass Loss (TML) and Collected Volatile Condensable Material (CVCM). Neglecting this can lead to sensor contamination, optical degradation, and overall mission failure due to condensation on critical surfaces in vacuum.
- Beware of Undocumented Design Changes (Red Flag): A critical gotcha in this industry is uncommunicated engineering changes. Components for space are often built to very specific configurations. Always request and review the supplier's change management process, demand notification of any form, fit, or function alterations, and ensure that any changes are formally approved and re-qualified, especially for long-lifecycle programs.
Frequently Asked Questions
What's the difference between space-grade, COTS, and COTS+ components for satellites?
Space-grade components are purpose-built for the extreme space environment, featuring radiation hardening, wide operating temperature ranges, and rigorous testing to standards like MIL-STD-883 or ECSS. COTS (Commercial Off-The-Shelf) components are standard industrial or automotive parts not specifically designed for space, often used in budget-constrained or short-duration missions. COTS+ refers to COTS components that undergo additional screening, testing (e.g., radiation screening, thermal cycling), and selection to enhance their reliability for specific space applications, balancing cost and performance for NewSpace missions.
How do I ensure a satellite component manufacturer meets specific cleanliness and contamination control requirements?
To ensure cleanliness, first specify your required cleanroom classification (e.g., ISO 14644-1 Class 7 or Class 8) for assembly, testing, and packaging. Request the manufacturer's contamination control plan, including procedures for particulate control, non-volatile residue (NVR) testing, and use of approved materials with low outgassing properties. Conduct a facility audit to verify their cleanroom protocols, air filtration systems, and personnel gowning procedures are consistently maintained.
What specific documentation should I request for satellite component traceability and quality assurance?
Beyond standard data sheets and test reports, demand a comprehensive Data Package (DP) for each lot. This should include Certificate of Conformance (CoC), material certifications (e.g., for metals, plastics, adhesives), full traceability for all sub-components and raw materials, traveler documentation detailing every manufacturing step, process control records, Non-Destructive Inspection (NDI) results (e.g., X-ray, acoustic microscopy), and a detailed Failure Modes and Effects Analysis (FMEA).
How do lead times for space-grade components compare to standard industrial components?
Lead times for truly space-grade components are significantly longer, often ranging from 12 to 24 months, or even more for highly specialized ASICs or optical elements. This is due to the demanding design cycles, extensive material procurement from limited space-qualified suppliers, rigorous manufacturing processes, and multi-stage testing and qualification protocols (e.g., destructive physical analysis, radiation lot acceptance testing). In contrast, COTS parts might have lead times of weeks to a few months.
What types of environmental stress screening (ESS) should I expect for high-reliability satellite components?
For high-reliability components, expect a comprehensive ESS program tailored to your mission profile. This typically includes burn-in testing (extended operation at elevated temperatures), thermal cycling (exposing components to rapid temperature changes between hot and cold extremes), random vibration and shock testing (to simulate launch loads), and often thermal vacuum (TVAC) testing (simulating the vacuum and thermal conditions of space). These tests are critical to weed out latent defects before launch and are often performed to standards like MIL-STD-810 or ECSS-E-ST-10-03C.