Onboard Computing & Avionics
MCU and processor/FPGA computers, protected memory, spacecraft networks, timing interfaces and autonomous recovery.
Satellite Subsystems
Custom satellite subsystems for CubeSats and SmallSats.
We design and build onboard electronics, communication systems and flight software for CubeSats and SmallSats. Work with us on a custom board, an integrated subsystem or dedicated hardware and software development.
Avionics, power and control
Electrical Power Systems
Solar array interfaces, MPPT, battery management, protected power distribution, converters and deployment control electronics.
Attitude Determination & Control
ADCS computers, sensor electronics, estimation algorithms, control modes and integration of selected sensors and actuators.
Flight Software & Embedded Systems
Bootloaders, board support packages, device drivers, spacecraft services, fault management and in-orbit software maintenance.
Communications and antennas
Satellite Radios & SDR
UHF and S-band TMTC, X-band payload downlinks, FPGA baseband, configurable waveforms and mission-specific receiver payloads.
Antennas & RF Front Ends
UHF, S-band and X-band antennas, GNSS antenna options, RF filters, amplifiers, switching networks and installed-pattern verification.
Ground equipment
Ground Systems & Test Equipment
Ground terminals, EGSE, FlatSat integration benches, interface simulators and automated verification tools.
Adapted to the spacecraft
| Design area | CubeSat-oriented configurations | SmallSat-oriented configurations |
|---|---|---|
| Electronics packaging | Compact boards, stackable layouts and integrated functional modules | Enclosed units, backplanes and distributed electronics |
| Power | Integrated generation, battery and distribution electronics | Separated power conditioning, storage and distribution units |
| Data handling | Low-power spacecraft control and payload interfaces | Higher-throughput processors, distributed networks and dedicated payload computing |
| Reliability | Protected boot, supervised power and recoverable functions | Selective redundancy, cross-strapping and fault-containment domains |
| Integration | Compact harnessing, deployer envelope and access constraints | Equipment panels, harness architecture and larger thermal interfaces |
Configuration options are selected for each design. Mechanical format alone does not establish electrical or software compatibility.
Hardware and software, at the level you need
Commission a custom circuit board, adapt existing equipment, develop software for customer hardware or build an integrated subsystem. Engineering models, test equipment and flight-unit development are planned around the project verification approach.
Structural, thermal and integration support
Our mechanical, thermal and test engineering services support subsystem structures, enclosures, thermal interfaces and verification campaigns.
Mechanical, Thermal & Test EngineeringTell us what you need to build.
Start with a specification, an interface or an engineering challenge.
Discuss Your Subsystem