I took about 50,000 photos through a 14" telescope last night to produce this: A hyper-detailed photo of the full moon. The fidelity of the photo was great enough to allow me to greatly enhance the color, revealing a hidden world of geological diversity.
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Replying to @LunarOutpostInc
I added a simplified mockup of the Pegasus to my Lunar South Pole browser based App. Any chance I could get hands on the 3D model you guys have?
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The infographics in link of this post is one of the best I’ve seen. Comparing diameter of Shackleton Crater to Houston 21 km 13 miles wide & comparing depth of 4.2 km 2.6 miles to Grand Canyon. 13,728 feet deep. Imagine pikes peak upside down & empty. Are we ready to go in?
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Blue Moon MK1 landing area - Shackleton Connecting Ridge We will probably get a more precise location soon.
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嫦娥七号预选着陆点高程图,着陆点距离月球南极大约 36 km。
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I've talked about Shackleton and the connecting ridge here before, but here for the first time, you can explore the floor of the Shackleton crater and its surroundings in a more unique dimensio (videos below) I've constructed 3D view of the entire Shackleton using ShadowCam, LRO WAC/NAC and LOLA elevation data. Credits: NASA/GSFC/ASU/C.Tungathurthi NASA/KARI/ASU/C.Tungathurthi
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Replying to @conspiracyslyr
The Shackleton Connecting Ridge (often referred to simply as the Connecting Ridge) is a prominent, ancient lunar feature located at the Moon's south pole. Centered near 89.684°S, 196.739°E, it forms a structural bridge between the heavily studied Shackleton and de Gerlache craters. 📌Credit: @NASA
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Replying to @conspiracyslyr
it might land near the Dudley Docker crater on a flat area of the Connecting Ridge. The site has relatively good sun and Earth visibility.
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Cool news about the @Int_Machines Lunar landing site! The intersection of Shackleton - de Gerlache ridge and the rim of Shackleton crater is an area of high scientific interest (portion of NAC mosaic, 750 m wide, 89.684°S, 196.739°E). The white arrows point to larger (~8 m wide ) blocks that litter the surface and would be primary targets for geologic exploration. These blocks were likely ejected by the Shackleton impact event and might, thus, be pieces of lunar crust that could reveal the regional lithology, the age of Shackleton, and possibly also the age of the South Pole-Aitken basin.
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A depiction of the Toyota Lunar Cruiser, part of JAXA's contribution to the Artemic program. Individual components (like the wheels) are undergoing trials on mobile testbeds (footage: youtu.be/KCJmEOQsGH0). #space #art by Nikausse. artstation.com/artwork/WXN2q…
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Starship Dev Phase ☑️ Integrated Test → Full Recovery via Mechazilla catches → Full Reuse → Starlink to Starmind Deploy → Depot tanker refill → Transporter/Orbiter → Surface Lander → Surface Habitat Path to sustained lunar & Mars ops to Beyond xitter-newx.xyz-mikolabs.workers.dev/SpacesFuture/status/21… ,
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Anyway you slice it @EdwardMehr has built one of the coolest manufacturing startups on the planet. @MachinaLabs_ Our design and simulation tools are becoming a lot more fluid, and so, why shouldn't our product lines?
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BIG @NASA Moon Base Update New Missions: - CAPSTONE2 on a @QuantumSpace_US tug on a @SpaceX Falcon 9 - @Int_Machines Comms sats on an @GoToImpulse tug on a @SpaceX Falcon 9 - @NASAJPL Moonfall drones on a @FireflySpace Elytra tug on a @BlueOrigin New Glenn - Comms sats on a @BlueOrigin Blue Ring on a New Glenn - @GoToImpulse lander with TBA payload on their Helios tug on a @RelativitySpace Terran R - Lunar @Starlink on a @SpaceX Starship Commercial Lunar Payload Services 2.0 Contractors: - @blueorigin - @FireflySpace - @Int_Machines - @ispace_inc-U.S. - @LMSpace - @northropgrumman - @SpaceX - @voyagertech_ (formerly @astrobotic) Also, PROMISE (pictured) will fly to the moon! It will land on a @BlueOrigin Blue Moon MK1, SN5. This is/was an Earth-bound twin of Curiosity, the Mars rover, used to test things on the ground before sending commands to the red planet. Minicast will allow lunar infrastructure to communicate with each other. The contractors for this are: - @HB_Robotics - @Redwire - @YankTech For example, rovers could communicate with solar towers to direct themselves for re-charging. 📷 @NASA
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This is a fantastic video explaining orbital dynamics and the resulting economics, and security considerations of cislunar space. Well worth the 8.5 minutes to watch. youtu.be/kdpOdSMzXTA?is=By6z…
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Just announced at MAX POWER: a $1 million Moon Base Student Challenge! go.nasa.gov/3UBpcCs The competition tasks U.S. high school and post-secondary student teams to develop solutions to real-world engineering constraints for establishing a long-term human presence on the Moon.

Nov 9, 2026 · 12:30 AM UTC

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