We design electromechanical packages that comply with launch-vehicle requirements and meet thermal constraints in orbit, ensuring reliable long-term operation.

We provide end-to-end concept design and Satellite sizing, ensuring smooth integration of all major subsystems—including Optics, AOCS, Propulsion, Mechanisms, Thermal control, AIT, Power systems, Reaction control systems, and Mission systems.

We offer comprehensive support for the integration and mounting of spacecraft sensors, ensuring optimal placement and unobstructed fields of view for all mission-critical space systems. This includes communications antennas, AOCS sensors, and other payload elements. Our expertise also extends to configuring and canting thrusters to meet precise mission performance requirements.
Our engineering team excels in the design and development of structural brackets and RCS mounting fixtures. We create robust, lightweight, and mission-optimized bracket solutions for a wide range of components, including:
With a deep understanding of space-qualified materials, dynamic loads, and thermal considerations, we deliver high-integrity mounting solutions tailored to each spacecraft's architecture and mission profile.
