GomSpace
Company Information
What Is GomSpace?
GomSpace is a space technology company developing small satellites, spacecraft subsystems, and mission services for commercial, government, and research organizations. The company specializes in nanosatellite and microsatellite platforms, providing modular spacecraft architectures that integrate power management, communications, onboard computing, and attitude control. Its technology supports satellite missions involving Earth observation, communications, surveillance, scientific research, and orbital demonstrations. GomSpace provides both complete satellite systems and individual spacecraft components, allowing organizations to develop missions around standardized hardware and mission-specific payloads.
What Does GomSpace Do?
GomSpace designs, manufactures, and integrates small satellites and the electronic systems required to operate them in orbit. Its spacecraft portfolio includes standardized nanosatellite platforms, larger microsatellites, and platform kits that customers can assemble and configure around their own instruments.
The company develops satellite power systems, communication equipment, onboard computers, and attitude control hardware. These components manage electrical power, process spacecraft commands, transmit data, and control satellite orientation during missions.
GomSpace also provides satellite mission engineering and integration services, helping customers define spacecraft requirements, integrate payloads, conduct testing, and prepare satellites for launch. Its capabilities extend to ground systems and operational support for individual satellites and constellations.
Organizations use GomSpace technology to build spacecraft for environmental monitoring, communications, maritime tracking, defense applications, and scientific experiments without developing every satellite subsystem independently.
GomSpace Technology
GomSpace develops spacecraft architectures based on modular satellite subsystems that can be configured for different orbital missions. Its technology integrates electrical power generation and storage, radio communications, onboard computing, attitude determination and control, and payload interfaces within compact satellite platforms.
The company’s NanoPower electrical power systems manage energy collected from solar panels, charge onboard batteries, and distribute electricity to spacecraft components. Products such as the NanoPower P80 support satellites requiring higher power capacity, while modular battery packs and solar panel systems provide energy storage and generation.
For communications, GomSpace develops NanoCom radio systems using software-defined radio technology, S-band and X-band transceivers, and specialized antennas. These systems support spacecraft telemetry, command reception, and transmission of mission data to ground stations. The company also develops onboard computers that process commands, manage spacecraft operations, and interface with scientific instruments.
Its attitude determination and control systems use sensors and actuators to measure and adjust spacecraft orientation. These capabilities allow satellites to point antennas, cameras, and other instruments toward specific targets.
GomSpace combines these technologies within standardized satellite platforms ranging from 6U nanosatellites to microsatellite systems with masses reaching approximately 150 kilograms. The architecture supports mission-specific payload integration while reusing qualified spacecraft subsystems.
Why GomSpace Matters
Small satellites have become important tools for collecting information, providing communications, and conducting research in orbit. GomSpace supports this development through modular satellite technology that reduces the amount of custom engineering required to build and operate spacecraft.
Its standardized power systems, communication equipment, computers, and satellite platforms allow organizations to assemble missions using components with established flight experience. This approach is relevant to universities, commercial satellite operators, and government agencies developing spacecraft with different payload requirements.
GomSpace also contributes to the expansion of satellite constellations and space-based monitoring systems, where repeatable spacecraft designs can support multiple deployments. Its technology connects satellite manufacturing with applications in Earth observation, maritime surveillance, secure communications, and scientific research.
GomSpace Products & Platforms
NanoSat Platforms
GomSpace’s nanosatellite platforms are available in 6U, 8U, 12U, and 16U configurations. These spacecraft integrate standardized power, communications, computing, and attitude control subsystems while providing dedicated space for customer payloads. The platforms support technology demonstrations, Earth observation, communications, and satellite constellation missions.
MicroSat Platforms
GomSpace develops microsatellite platforms in 70-kilogram and 150-kilogram classes. These spacecraft provide greater payload capacity, electrical power, and structural volume than its nanosatellite systems, supporting more demanding observation, communications, and security missions.
NanoPower
NanoPower is GomSpace’s family of electrical power products, including the P60 and P80 power systems, lithium-ion battery packs, and solar panel assemblies. These components collect, store, regulate, and distribute electrical energy throughout a spacecraft.
NanoCom
NanoCom includes satellite communication hardware such as the SDR MK3 software-defined radio, Link SX transceiver, radio transmitters, and antennas. These systems provide telemetry, command links, and high-speed data transmission between satellites and ground stations.
NanoMind
NanoMind is GomSpace’s onboard computing product family. Systems such as the NanoMind HP MK3 provide processing capabilities for spacecraft command execution, payload data handling, and coordination of satellite subsystems.
Satellite Platform Kits
GomSpace offers ready-to-integrate satellite platform kits that include core spacecraft subsystems, wiring, software configurations, and technical documentation. Customers can use these kits to assemble satellites and integrate their own mission-specific payloads.
GomSpace Applications
GomSpace technology is used in satellite missions involving Earth observation, maritime surveillance, and satellite communications. Its spacecraft can carry instruments that monitor environmental conditions, collect geospatial information, and support communications or tracking services.
The company’s satellite platforms also support defense and security applications, including maritime domain awareness, aviation monitoring, and space-based surveillance. Government organizations and commercial operators can use these capabilities to collect information across large geographic areas.
Additional applications include scientific research, university satellite programs, technology demonstrations, and satellite constellation deployments. GomSpace’s modular subsystems allow mission developers to configure spacecraft for different payloads, orbital requirements, and operational objectives.
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Frequently Asked Questions
What is the difference between GomSpace’s 6U, 8U, 12U, and 16U satellites?
The configurations differ primarily in their available payload volume and spacecraft size. GomSpace’s 6U platform provides up to 3U for mission-specific payloads, while its 8U, 12U, and 16U platforms provide up to 5U, 9U, and 13U respectively. They share a standardized satellite architecture.
Can customers build their own satellites using GomSpace components?
Yes. GomSpace sells satellite platform kits and individual subsystems that organizations can use to assemble spacecraft. These kits include power, communications, computing, attitude control, and supporting hardware, allowing customers to integrate their own payloads.
What is the NanoCom SDR MK3 used for?
The NanoCom SDR MK3 is a software-defined radio used for satellite communications. Its modular architecture allows mission developers to configure radio functionality for different communication requirements, including spacecraft telemetry and data transmission.
Does GomSpace manufacture satellites larger than CubeSats?
Yes. In addition to its nanosatellite platforms, GomSpace develops microsatellite systems in approximately 70-kilogram and 150-kilogram classes. These spacecraft support missions requiring larger payloads, increased electrical power, and additional onboard capabilities.
Does GomSpace provide software for operating satellites?
Yes. GomSpace provides ground segment technology and mission operations capabilities, including its HOOP mission control software. These systems support satellite monitoring, command execution, telemetry handling, and spacecraft operations throughout a mission.
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