This operations guide explores real-world scenarios at high-interest lunar sites, applying a novel three-ring safety area framework with a special focus on nuclear FSP integration. It offers actionable tools and policy insights for safe, collaborative exploration and resource management.
This White Paper explores Lunar PNT: Enabling a Resilient and Accessible PNT Infrastructure for Lunar Exploration
This paper explores the potential of the Payload(Bay) X concept to advance progress towards sustaining a permanent human presence on the Moon.
Exploring an open-access model(s) that facilitates inclusive, peaceful exploration and development in line with Articles I and II of the Outer Space Treat.
Working to enable more reliable PNT services to support the growing need within lunar missions.
Working to advance sustainable lunar habitation through innovative life support systems.
Working to accelerate lunar development through standardized power solutions
Working to ensure safe and sustainable Lunar operations through a safety reporting system
Working to establish ethical standards for lunar payloads, promoting responsible space exploration.
Working to enable sustainable lunar exploration through collaborative landing infrastructure.
Working to explore establishing lunar time standardization for enhanced space navigation and mission coordination.
Working to enhance lunar mission coordination through transparent tracking and reporting of space objects and activities.
The Open Lunar Foundation has launched the Lunar Ledger, the world’s first open-access database of lunar missions and surface activities. Announced at the International Astronautical Congress in Sydney, the launch marked the signing of new cooperation agreements with founding commercial partners Firefly Aerospace, ispace, and Astrolab. Together, these early adopters have committed to sharing mission data through the Ledger — a major step toward transparency, coordination, and responsible lunar operations as activity on and around the Moon accelerates.
India’s upcoming Chandrayaan-4 mission aims to return lunar samples from the Moon’s south pole, positioning the country to join the global community of sample-return missions led recently by China’s Chang’e program. The article discusses how scientists could actively engage in studying Chang’e samples now, both to gain scientific benefits and to prepare for international collaboration and potential sample exchanges once Chandrayaan-4 succeeds.
A review of upcoming and past lunar missions of this decade shows a wide gap between notions of technological progress versus achieved reality.