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OBC-Cube-104 cutting-edge Cubesat Onboard Computer Flash Based SmartFusion2 FPGA technology space technology reliable and efficient computing power Cubesat missions optimal performance harsh conditions of space consistent performance throughout its lifespan. Onboard Computer

CAVU OBC-1 FPGA-based satellite computing system space technology. meticulously designed reliability and efficiency critical space missions. Onboard Computer

OBCM Satellite On-Board Computer Module state-of-the-art FPGA-based computing system reliability efficiency in critical space missions smooth operation scalability redundancy withstand various space environments ensures precise timing high throughput low power consumption satellite payloads features automatic system recovery self-diagnosis

CAVU CDH-1 highly reliable and efficient FPGA-based satellite computing system designed with utmost attention to detail. state-of-the-art system smooth and uninterrupted operation critical space missions flexible architecture easy scalability and redundancy. smart 128CH Analog to Digital Converter card Flash Based FPGA Architecture Separate ADC/DAC Module Double Hot Redundant ADC Converters Configurable to more than 1 Module as Redundant: CDH-FS Up to 3 Selectable Boot Regions from Bootloader Fully Customizable

Advanced OBC-Cube-Polar onboard computer for Cubesat missions leveraging PolarFire SoC technology

What we do

At CAVU Aerospace UK, we specialize in providing advanced Satellite Onboard Computing Solutions, ensuring the reliability and efficiency of satellite systems for diverse applications.

Our cutting-edge technology is complemented by our expertise in satellite systems and subsystems manufacturing.

Additionally, we’re pioneering new space generation technologies through our Idea Centre, focusing on Skycharge Technology, online monitoring systems, and deploying pico satellite constellations for IoT missions.

These initiatives underscore our commitment to pushing the boundaries of aerospace technology.

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Brief introduction to our innovative solution to extend range of electric aircrafts & ships. Space-based solar power (SBSP), wireless power transmission & electric aircraft are rapidly developing technologies all making their ways out of the realms of scientific fiction, almost at same time! Our research proposes to align the above mentioned technologies during a 10-20 year period to deliver long range electric mobility in air, sea and on the ground, without having to carry huge fuel tanks or battery storage arrays.