Space Hardware Marketplace

APPMAX2 Electric Propulsion Pointing Mechanism

Low-cost, easy-to-integrate 2-axis thruster gimbal for electric propulsion, supporting 1 to 5 kW thrusters within a 15 degree…

APPMAX3 Deployable Thruster Pointing Mechanism

• ActuationThree stepper motor-based actuators
• ConfigurationModular deployable thruster mechanism with robotic arm deployment
• ProtectionMicrometeorite shielding on piping; thermal and micrometeorite protection for actuators

Modular deployable 3-axis thruster gimbal driven by three stepper-motor actuators, with micrometeorite-shielded piping and zero-G device.

Slice Frequency Converter for Ka-Band Payloads

• Conversion30 GHz to 20 GHz (Ka-band)
• ArchitectureExternal LO and EPC configuration; modular and scalable
• TechnologyLatest MMIC technologies

Lightweight modular Ka-band slice converter (30 GHz to 20 GHz) with external LO and EPC configuration for space-constrained…

Master Local Oscillator (MLO) for Telecom Payloads

Dual-redundant master local oscillator for telecom payloads with compact design for 7 to 13 GHz output.

Ka-band Compact Frequency Receiver and Converter

• BandKa-band payloads
• Local oscillatorInternal LO generation; adaptable to LO frequencies up to 12 GHz
• Power conditioningIntegrated EPC for most satellite bus standards

Compact Ka-band payload receiver and converter with internal LO generation and EPC for most satellite bus standards.

Ka-band Low Noise Amplifier (LNA)

Space-qualified Ka-band LNA covering 27.5 to 31 GHz, built on mHEMT MMIC technology, available as single slice or…

Compact Frequency Converters and Receivers for FSS/BSS Payloads

• Frequency plansC to C, C to Ku, Ku to C, Ku to Ku, K to Ku band
• Cross linksSupported between C- and Ku-band
• TechnologyMMIC and hermetic LTCC hybrid miniaturization

Modular C-, Ku- and K-band frequency converters and receivers for telecom payloads, using MMIC and hermetic LTCC hybrid…

Core Drive Electronics (CODE)

• TypeTwo-axis stepper motor controller, modular and stackable
• Motors per moduleTwo bipolar stepper motors, independently controlled
• RedundancyTwo modules stacked vertically, cold redundancy

Compact, lightweight two-axis stepper motor controller for small satellite mechanisms, built as stackable modules.

CODE+ Software Defined Drive Electronics

• ArchitectureFully software-defined, radiation-tolerant microcontroller
• Command interfaceDual UART; CCSDS command and telemetry packets
• Optional extension boardsSignal multiplexing, MIL-STD-1553B communication interface

Software-defined drive electronics with a radiation-tolerant microcontroller, expanded sensing and in-orbit software patching.

FoX Electronics Platform

• Form factor3U SpaceVPX modular platform
• Target orbitsLEO, MEO, GEO and cislunar
• CommunicationEthernet-based, supporting redundancy and high data rates

3U SpaceVPX modular avionics platform (Flexible On-board avioniX) of off-the-shelf modules for LEO, MEO, GEO and cislunar missions.

Multi-Purpose Drive Electronics (MPDE)

• TypeTwo-axis stepper motor controller
• RedundancyTwo electrically identical units for cold redundancy
• Command interfaceMIL-STD-1553 TC/TM (replaceable to suit platform concept)

High-performance two-axis stepper motor controller for satellite mechanisms, optimized for low micro-vibration operation.

Remote Terminal Unit (RTU)

• RedundancyFully redundant
• FunctionBridge between OBC and platform/payload electronic interfaces
• Supported functionsStandard I/O, AOCS, propulsion

Fully redundant remote terminal unit bridging the on-board computer and platform and payload electronic interfaces.

FoX Payload Processor

• FunctionControl and data processing for payloads, instruments and robotics
• ProcessingSoftware and gateware processing, scalable to processing and storage needs
• PlatformPart of the FoX Electronics Platform (3U SpaceVPX)

High-performance processing unit for payloads, instruments and robotics, with scalable software and gateware processing.

Constellation Remote Terminal Unit (cRTU)

• FunctionBridge between On-Board Computer and platform electronic interfaces
• Board commonalitySame commercial I/O boards as the cOBC
• CustomizationAdditional modifications and new board types available on request

Customizable remote terminal unit bridging the on-board computer and platform electronic interfaces, based on the same COTS I/O…

Next Generation On Board Computer (OBC NG)

• Core ASICRadiation-hardened CREOLE chip developed by Beyond Gravity
• ProcessorFault-tolerant SPARC V8
• Integrated functionsCommunication functions, reconfiguration function, mass memory controller, extension possibilities

Radiation-hardened satellite on-board computer built around the Beyond Gravity CREOLE chip with fault-tolerant SPARC V8 processor.

Constellation On Board Computer (cOBC)

• ArchitectureComplete subsystem based entirely on commercial components
• RedundancyFully redundant, flight-proven FDIR
• Integrated functionsOn-board processing, GNSS receiver, ground communication, platform and payload interfaces

Fully redundant on-board computer subsystem built entirely from commercial components, with integrated GNSS receiver and platform/payload interfaces.

NavRIX Integral GNSS Receiver

• Supported GNSS signalsGPS L1 C/A, Galileo E1 B/C
• On-board position accuracy1.0 m 3D rms
• On-board velocity accuracy25 mm/s 3D rms

GNSS receiver function integrated into Beyond Gravity's next-generation on-board computer (cOBC), needing only an external antenna.

FoX NavRIX GEO GNSS Receiver

• ConstellationsGPS, Galileo
• Target orbitsGTO / GEO
• On-board navigation accuracyBelow 10 m 3D rms

Cost-efficient, optionally redundant software-defined GNSS receiver for commercial GTO/GEO missions, accurate to below 10 m 3D rms.