Sub Systems
BAT-110
BAT-110: High-Reliability Modular Battery for Spacecraft
The BAT-110 by Azista USA is a modular lithium-iron phosphate (Li-FePO₄) battery system designed for high-reliability satellite applications. Built for Low Earth Orbit (LEO) missions, it offers 10x more cycles than Li-Ion or Li-Po batteries, while being safer, more durable, and radiation-resistant. With space-proven heritage, the BAT-110 ensures long-term power reliability for Earth observation, defense, and deep-space exploration missions.
Payload Power & Data Handling-110
Advanced Payload Power & Data Handling Unit for Satellites
The PPDH-110 by Azista USA is a highly modular payload power and data handling system designed for small satellites and advanced payloads. Serving as a single interface unit between the satellite bus and payload, it ensures seamless power management, telecommand (TMTC) forwarding, and payload data routing. The PPDH-110 is space-qualified and flight-proven, making it an essential component for responsive space missions in Earth observation, defense, and commercial applications.
Payload Support Unit (PLSU) – Advanced Payload Data Processing & Encryption
The Payload Support Unit (PLSU) by Azista USA is a high-performance electronic system designed to manage, process, and secure payload data for next-generation small satellites. It receives, stores, compresses, and encrypts payload data while also handling thermal control and focus mechanism operations. Equipped with a CCSDS engine and advanced FPGA-based processing, the PLSU is an essential component for high-speed data-intensive space applications.
Power Control Unit (PCU-110) – Advanced Power Regulation & Distribution
The PCU-110 by Azista USA is a next-generation, flight-proven Power Control and Distribution Unit designed for small satellite power management. It regulates, distributes, and safeguards satellite power, making it highly adaptable for various mission requirements.
Reaction Wheel Assembly – RWA05
The RWA05 by Azista USA is a high-precision reaction wheel assembly designed for satellite attitude control. Integrated with a fiber-optic gyro, it enables accurate speed, angular rate, and position control, leveraging proven technology from Berlin satellites since 1994. Available in high-torque and low-torque variants, the RWA05 ensures efficient and reliable satellite stabilization.