Lunar Program
Orbital Space's Lunar Program offers unique opportunities for students and researchers to participate in cutting-edge lunar missions. By partnering with leading space organizations, we provide hands-on experience and a chance to contribute to significant space exploration projects.
Key Features of Our Lunar Program
Join our groundbreaking lunar missions designed to advance scientific knowledge and inspire the next generation of space explorers. Our program offers unparalleled access to lunar exploration, combining educational activities with real-world research and development.
Access to Advanced Technology
Educational Workshops
Collaborative Projects
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Work with state-of-the-art lunar exploration equipment and tools.
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Engage in projects using cutting-edge technology and methodologies.
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Participate in workshops led by industry experts and experienced space professionals.
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Gain practical knowledge and skills through interactive sessions and hands-on activities.
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Engage in collaborative projects with top universities, research institutions, and space organizations.
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Work alongside scientists and engineers on missions that have real scientific and commercial impact.
Benefits of Our Lunar Program
Real-World Experience
Career Advancement
Scientific Contribution
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Gain practical experience in space missions, enhancing your knowledge and skills.
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Participate in mission planning, execution, and data analysis.
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Enhance your career prospects in the aerospace industry.
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Build a network of contacts and gain recognition through your contributions to lunar exploration.
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Contribute to groundbreaking research and discoveries in lunar science.
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Be part of missions that aim to understand more about the moon and its potential for future exploration.
The First Private Lunar Mission from the Arab World!
LUNARIS PAYLOAD
First Private Lunar Mission from the Arab World.
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First Student Led experiment on the surface of the Moon.
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Second Lunar mission from the UAE.
The Orbital Space Lunar Mission
Scientific Contribution
This historic mission is anticipated to provide new knowledge about the surface environment on the Moon by investigating the interactions between the lunar- regolith and different materials and coatings.
The Lunaris project brings together a multidisciplinary group of students tasked with the responsibility of preparing the payload for this ambitious lunar mission. They are set to confront a variety of challenges associated with the harsh lunar environment, including dealing with extreme temperatures and lunar dust.
Regolith is the term used for lunar dust.
The Lunaris Payload will make a substantial contribution to lunar studies, representing the first of its kind to conduct such research on the Moon's surface.
