Space Environmental Testing

Satellite Testing

Controlling vibrations during the testing of satellites to simulate launch and operational conditions, ensuring structural integrity and functionality in space.

Rocket Payloads

Managing vibrations in rocket payloads to ensure their stability and functionality during launch and space travel.

Spacecraft Components

Testing and optimizing vibrations in spacecraft components such as antennas, solar panels, and propulsion systems to enhance reliability and performance in space.

Microgravity Research

Using vibration controllers to simulate microgravity conditions for experiments and research aboard spacecraft or in ground-based laboratories.

Lunar and Planetary Missions

Controlling vibrations during the testing of landers, rovers, and exploration vehicles destined for lunar, planetary, or asteroid missions to ensure mission success and data collection reliability.

Environmental Testing Standards (ESA/ECSS)

Analyzing vibrations and shocks to meet European Space Agency (ESA) and European Cooperation for Space Standardization (ECSS) standards for environmental testing of space hardware.

NASA Standards

Analyzing vibrations and signals to meet National Aeronautics and Space Administration (NASA) standards such as NASA-STD-7001 for vibration and acoustic testing of aerospace and flight hardware.

ASTM E606 Standard

Analyzing vibrations and signals to meet ASTM E606 standard for measuring vibration damping properties and compliance testing of materials used in aerospace applications.

Spacecraft Instrumentation

Using signal analyzers to monitor and analyze signals from scientific instruments aboard spacecraft to collect data on celestial bodies and space environments.

Communication Systems

Analyzing signals from spacecraft communication systems to ensure reliable transmission of data between Earth and spacecraft, adhering to international space communication standards.