Mission Space develops ultra-compact instruments for radiation monitoring, including charged particle flux spectrometry, surface charge investigations, and lunar environmental monitoring. Sensors are designed for space-origin missions: onboard satellites and spacecraft, from LEO to lunar orbiters and landers.
LEEMR unit combines a surface charge sensor with a dust-sensitive module, enabling simultaneous measurement of both ambient electrostatic conditions and the specific contribution of dust to local charging. Intended for deployment as a part of ground-based lunar weather monitoring stations, it provides real-time data on surface charging dynamics, supporting operational safety and prolonging the lifespan of lunar exploration equipment. Accurate monitoring of dust-induced charging is essential for informed decision-making during infrastructure deployment and ongoing lunar activities.
LEEMR unit combines a surface charge sensor with a dust-sensitive module, enabling simultaneous measurement of both ambient electrostatic conditions and the specific contribution of dust to local charging. Intended for deployment as a part of ground-based lunar weather monitoring stations, it provides real-time data on surface charging dynamics, supporting operational safety and prolonging the lifespan of lunar exploration equipment. Accurate monitoring of dust-induced charging is essential for informed decision-making during infrastructure deployment and ongoing lunar activities.
Get In Touch(Flight-Proven)
The ZOHAR suite is strategically focused on LEO missions, providing a robust, flight-proven solution for tracking corpuscular radiation environments within the Earth’s magnetosphere. It consists of two different types of instruments, silicon spectrometer (PL-1), and Cherenkov monitor (PL-2).
Get In TouchThe SOLARIS suite is a ruggedized, ultra-compact radiation monitoring suite engineered for high-fidelity space weather investigations in the solar system’s harshest environments.
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