Space Magnetics Components for Mission-Critical Applications

  1. Home
  2. Space Magnetics Components for Mission-Critical Applications

ECI has been a trusted provider of space magnetics components since the late 1980s, beginning with our magnetic components for Cesium Atomic Clocks in the NAVSTAR Satellite System. With over three decades of spaceflight heritage, we specialize in manufacturing custom magnetic components engineered to survive the extreme conditions of space.

Two red-potted wound coils joined in a dumbbell shape on a machined metal mounting platepotted cylindrical can with ~8 through-hole pins in two rowspotted/encapsulated transformer or inductorA single red-potted coil in a ruggedized metal can with a mounting flange

Custom Space Magnetics Solutions

From commercial space ventures to deep space exploration, ECI's engineering team specializes in creating innovative magnetic component designs for:

Low Earth Orbit (LEO) Applications

Communication satellites

Earth observation systems

Space station components

Commercial space platforms

.

Deep Space Missions

Interplanetary spacecraft systems

Lunar mission components

Mars exploration technology

Solar probe applications

.

Space Environment Challenges

Our components are designed to withstand:

Extreme temperature variations

Radiation exposure

Vacuum conditions

Launch vibration and shock

Extended mission lifetimes

.

Proven Space Heritage & Mission Experience

Our space magnetics components have been integral to numerous critical space programs and applications:

Current Space Programs

  • ARTEMIS-ORION Program: Providing critical magnetic components for the Orion Spacecraft's mission to the moon

  • International Space Station (ISS): Supporting cooling and water systems with reliable magnetic solutions

  • HALO (Habitat and Logistics Outpost): Manufacturing components for next-generation space habitats

  • Parker Solar Probe (PSP): Delivering components capable of withstanding extreme solar environments

  • Space Test Program 3 (STP III): Supporting advanced space technology demonstrations

Commercial & International Programs

  • SPACEBUS NEO: Telecom satellite program components

  • TASI (Thales Alenia Space Italia): Collaborative space technology solutions

  • IRCO2: Infrared CO2 detectors for new spacesuit technology

  • WPA & OGA Systems: Water Processor and Oxygen Generation components

Space-Qualified Manufacturing Capabilities 

Our space magnetics are manufactured to the highest standards: 

MIL-STD-981 Qualification

 Fully qualified devices meeting stringent military space standards 

J-STD-001FS Certified Operators

 Expert assembly by certified technicians for space applications 

AS9100 & ISO9001 Certifications

 Comprehensive quality management systems 

ITAR Registered

 Authorized for defense and space-related manufacturing 

International Space Station floating above Earth

From Heritage Programs to New Space

With a legacy dating back to the Space Shuttle program and continuing through modern commercial space initiatives, ECI bridges traditional aerospace excellence with new space innovation. Whether supporting established programs like the International Space Station or emerging commercial satellite constellations, we deliver magnetic components that perform reliably in the harshest environment known to humanity. 

Engineering Excellence for Space Applications

 LOur experienced engineering staff works closely with aerospace contractors and space agencies to develop custom magnetic solutions that meet specific mission requirements. We understand that space applications demand: 

  • Ultra-high reliability

  • Minimal weight and volume

  • Radiation tolerance

  • Wide temperature operation

  • Long-term stability


Partner with Space Magnetics Experts

Let ECI's engineering team help create a truly innovative magnetic component design to solve your critical system challenges. From initial concept through space qualification and flight production, we support your mission success with proven expertise and unwavering commitment to quality.

Get Started

FAQs for Space Magnetics 

What types of space magnetics does ECI manufacture?

ECI manufactures custom magnetic components for spacecraft, satellites, and space systems, including transformers, inductors, and specialized magnetic assemblies. Our components support applications from low Earth orbit satellites to deep space missions, with proven performance on programs like ARTEMIS-ORION and the International Space Station.

What space qualifications do your magnetic components meet?

Our space magnetics are manufactured to MIL-STD-981 standards by J-STD-001FS certified operators. We maintain AS9100 and ISO9001 certifications, and are ITAR registered for defense and space applications. These qualifications ensure our components meet the stringent requirements for spaceflight hardware.

How long has ECI been supplying space magnetics?

ECI has been providing space magnetics since the late 1980s, beginning with magnetic components for Cesium Atomic Clocks in the NAVSTAR Satellite System. Our space heritage includes the Space Shuttle program, International Space Station, and current missions like the Parker Solar Probe and ARTEMIS-ORION.

Can you manufacture components for commercial space applications?

Yes, we support both government and commercial space programs. Our experience spans from traditional aerospace programs to new commercial satellite constellations and space ventures. We work with commercial space companies to develop cost-effective solutions while maintaining the reliability required for space applications.

What makes ECI's space magnetics different from standard components?

Our space magnetics are specifically engineered to survive extreme space environments, including radiation, vacuum conditions, and temperature extremes. Each component undergoes rigorous qualification and testing to ensure mission success. Our three decades of spaceflight heritage provide proven design approaches for maximum reliability.

Do you support small satellite and CubeSat missions?

While our current public information focuses on larger space programs, our custom engineering capabilities allow us to design magnetic components for various mission sizes and requirements. Contact our engineering team to discuss specific small satellite or CubeSat magnetic component needs.