As space exploration advances with programs like NASA's Artemis, the need for sustainable lunar bases has never been more critical. Achieving resource

A live, interactive globe of the Moon: real-time lunar orbiters, Apollo & robotic landing sites, impact sites, craters and Artemis candidate regions.

🛸 What if the 'phantoms' over Kyiv weren't Russian drones, but scouts from a 25-mile-wide moon base? Welcome to the most explosive scientific conflict of the decade. In this episode, we dive deep into the Ukrainian UFO Debate, a story that evolved from 2022 wartime sightings into the global UAP Disclosure 2026 controversy. We investigate the shocking new 2026 preprint by Boris Zhilyaev and his team, claiming to have evidence of a lunar base theory involving massive crafts orbiting our neighbor. What you’ll learn: - ⚖️ The Great Censure: Why the National Academy of Sciences of Ukraine officially pulled the plug on the study. - 🔭 Loeb vs. Zhilyaev: Harvard’s Avi Loeb brings the math to a 'deathmatch,' arguing these cosmics are just military shells or optical artifacts. - 📂 PURSUE UAP Files: How the August 7, 2026 disclosure changed everything we thought we knew about unidentified aerial phenomena. - 🛰️ The War Zone Signal: Is electronic warfare masking real non-human intelligence? Whether you're a skeptic or a believer in the lunar base leaks, this episode explores the fine line between cutting-edge astronomy and a scientific scandal. Don't miss the ultimate 'double-down' on the most controversial UAP data in history. 🚀 Subscribe and share if you think the truth is out there! Let’s uncover the signal in the noise together.  

NASA advances plan for permanent base at moon's south pole

CHRIS NORTH says in the new Moon race, space agencies are targeting the south pole due to its deposits of water ice...

NASA has announced a structured, multi-phase plan to establish a permanent presence at the Moon's south pole. The program is divided into three phases. Phase one, from 2026 to 2029, will focus on robotic operations, including at least 25 missions and 21 landings, involving landers, rovers, surface reactors, satellites, and a key test of Blue Origin's Blue Moon Mark 1 Endurance module. This mission aims to validate landing systems and navigation technology without carrying astronauts. Subsequent missions will evaluate complex rover operations and test scientific instruments under lunar conditions. Phase two, starting in 2029, will initiate the assembly of semi-permanent infrastructure, including habitats, energy systems, and communication networks, with a total of 24 missions delivering up to 60 tons of cargo. Phase three will focus on scaling up the infrastructure to support continuous crew rotation, reliable power, and ongoing cargo transport, with an estimated 38 tons of material shipped annually. NASA emphasizes that each mission, crewed or uncrewed, will provide critical learning opportunities to prepare for long-term human presence, scientific research, technological innovation, and economic development, as well as to set the stage for future exploration beyond the Moon.

NASA has updated its lunar base deployment strategy just two months after unveiling its initial concept, refining how it will combine crewed Artemis missions with commercially driven CLPS lunar deliveries. Under the new approach, upcoming CLPS missions are being rebranded under a unified “Moon Base” naming system to better align with the broader lunar infrastructure program. The first three missions include Blue Origin’s Blue Moon Mark 1 Endurance lander, designated Moon Base I, targeting a landing near the Shackleton crater ridge at the lunar south pole. Moon Base II will be Astrobotic’s Griffin 1 mission, carrying up to 500 kilograms of payload, including the FLIP rover from Astrolab. Moon Base III will be Intuitive Machines’ next Nova-C lander. All three missions are expected to launch before the end of the year, though scheduling remains ambitious. NASA also anticipates a rapid cadence of roughly monthly launches beginning in 2027. The agency’s official plan outlines a phased lunar base buildup: Phase 1 (through 2029) includes 25 launches and 21 landings delivering about 4 tons of cargo; Phase 2 (2029–2032) scales up to 60 tons; and Phase 3, starting after 2032, aims for over 100 tons on the lunar surface. NASA has also awarded contracts for lunar terrain vehicles (LTVs), including Astrolab’s CLV-1 and Lunar Outpost’s Pegasus rover, valued at over $200 million each. These will be delivered via Blue Origin’s Blue Moon Mark 1/2 landers. Notably, SpaceX’s Starship has been left out of this round of LTV contracts. Additionally, NASA is developing “Moonfall” hopping drones from JPL, designed to explore permanently shadowed regions in the lunar south pole, mapped at high resolution, and deployed via Firefly’s Elytra orbital transfer system. The Artemis III mission remains scheduled for mid-2027, potentially carrying crews to lunar orbit for surface operations supported by multiple Human Landing System providers. Despite the ambitious roadmap, questions remain about funding and whether NASA can sustain the scale of its planned lunar expansion.

NASA announces three new Moon missions as part of its Moon Base program, aiming to establish a permanent human presence on the lunar surface by 2026.

The project’s first mission could arrive as soon as this year, with a little help from Blue Origin.