At VAE, we are proud to play an active role in the evolution of space technology. Our expertise lies in designing advanced printed circuit boards, developing schematic designs, and performing accurate simulations and measurements.
Through our dedication and technical skills, we contribute to the realization of innovative space projects. Discover how our projects and solutions contribute to the future of space exploration and our passion for perfection continues to push the boundaries of the possible.
We design PCB layouts optimized for harsh space environments, with controlled impedance, thermal management, clean return paths and high-speed routing. Our layouts meet reliability and manufacturability expectations for space-qualified builds.
We define mission-ready system architectures, translate requirements and evaluate design trade-offs. Our early modelling and feasibility analysis ensure a robust and traceable foundation for development.
We create reliable, space-ready schematics with correct component selection, mixed-signal integrity, power-chain design and protection concepts. Every design is prepared for long-term performance and clean PCB integration.
We guide your design from prototype to space-qualified builds through BOM optimization, DFM/DFT reviews, sourcing support and coordination with capable manufacturers. The result is predictable, high-quality production.
We validate designs through advanced SPICE, SI/PI, thermal and EMC simulations. These analyses expose risks early and support mission-critical decisions before hardware is produced.
We perform precision electrical measurements, functional tests and environmental validation to qualify designs for space conditions. Results are fully documented with traceability and clear corrective insights.
The Zyra reaction wheel is a compact, low microvibrations reaction wheel for CubeSats up to 12U. The wheel is equiped with custom drive electronics and internal speed control to offer high rotational speed accuracy and stability. The wheel is radiation shielded and is offered with its mounting on 3 different planes for flexible integration.
The Twinkle star tracker offers extremely high attitude determination accuracy in a component the size of a matchbox car. The volume, mass and power budgets allow to easily incorporate a set of sensors in the spacecraft, leading to high availability and accuracy.
The Sagitta star tracker offers arc second range pointing accuracy to your CubeSat. The custom algorithms are optimized for accuracy, robustness and low computational cost. The star tracker has a built-in baffle to reduce the effect of stray light. The system is compact and easy to interface in CubeSats and large satellites.
The Scorpio star tracker offers arc second range pointing accuracy to SmallSats. The custom algorithms are optimized for accuracy, robustness and low computational cost. The star tracker has a built-in baffle to reduce the effect of stray light. The system is compact and easy to interface in CubeSats and large satellites. The electronics are designed for high radiation tolerance.