Cubesat Components
Product Porfolio
Cubesat Components
Our high-performance modular CubeSat structures offer fast, safe, and flexible platform integration. With a user-definable aperture layout and full compatibility with CDS and commercial components, they ensure easy access and simplified assembly. Designed for enhanced structural performance, they provide customization as standard to meet the specific needs of any mission.
Solar Panels
Our UTJ 30% efficiency space-grade solar cells deliver high power output with customizable cut-outs, panel form factors, and interface options. A zero-residual dipole design and stabilized thermal dissipation ensure reliable performance in orbit. The system also includes RBF integration and an embedded magnetorquer for enhanced control and safety.
Deployablesolar panels
Our deployable solar arrays come in 3U, 6U, and 16U configurations, integrating UTJ 30% efficiency space-grade solar cells for reliable power generation. The system supports single or double deployable wings with a minimal stored profile to optimize volume. A redundant HDRM ensures safe deployment, while the configurable wing electrical connection enables smooth integration across platforms.
Power systems
Our satellite power system features a modular configuration for maximum adaptability. It includes a power conditioning unit and custom payload modules to meet mission requirements. The system provides a redundant BUS voltage supply and integrates modular battery packs for reliable energy storage and continuous operation in orbit.
Communication
Our deployable antennas include low-profile UHF/VHF options and patch antennas designed for versatile satellite communications. They feature a selectable frequency range and customizable interfaces to suit mission-specific requirements. An integrated deployment control system ensures reliable and precise antenna operation in orbit.
Test Equipment
Our testpod system supports 3U, 6U, 12U, and 16U sizes, providing a real-load environment simulation for CubeSat missions. It includes dimensional and inertial replica masses to accurately mimic satellite behavior, along with on-spec simulation and testing jigs for thorough verification and reliable mission preparation.