Moon Base Plans & SpaceX Launch Prep

May. 11, 2026 - Last 24 Hours

Top Stories

NASA Unveils Ambitious Moon Base Plan for 2036

NASA has announced an ambitious 11-year plan to establish a permanent, nuclear-powered lunar outpost by 2036, a vision that includes nearly 80 launches, 75 landers, 10 moon buggies, and a 20-kilowatt nuclear reactor. Dubbed the "Ignition" plan, this strategy aims to accelerate lunar exploration, with an initial goal of landing astronauts on the Moon by 2028. The initiative stresses collaboration with the private space industry to achieve its three main phases: human lunar landings by 2028, a south pole base with bi-annual astronaut rotations by 2032, and the full establishment of the nuclear-powered outpost by 2036 Scientific American.

The plan emphasizes leveraging commercial partners like SpaceX and Blue Origin for developing lunar landers. SpaceX is preparing for a mid-to-late May launch of a stretched Starship rocket, which could form the basis of a lunar lander. Blue Origin plans its first attempt to land NASA's VIPER rover at the lunar south pole later this year, the intended site for the new moon base. This location is chosen for its permanently shadowed "cold traps" where water ice, crucial for sustaining a permanent presence, is thought to exist. Despite the ambitious timeline and previous delays in the Artemis program, NASA officials remain committed, viewing this as a critical step toward living and working on the Moon. However, experts express skepticism about meeting the aggressive 2028 landing goal, citing challenges such as unfinished spacesuit development and the demanding pace of hardware delivery and testing Scientific American.

China's Tianzhou-10 Cargo Spacecraft Delivers Crucial Supplies to Tiangong Station

China successfully launched its Tianzhou-10 cargo spacecraft, which subsequently docked with the Tiangong space station, delivering over six tons of vital supplies, equipment, and scientific experiments. The Long March 7 rocket lifted off late Sunday, May 10, from Wenchang Satellite Launch Center, marking the tenth consecutive successful resupply mission for the Tianzhou series SpaceNews, Global Times, CGTN, Qazinform.

Among the cargo are a new extravehicular spacesuit, an upgraded space treadmill, approximately 700 kilograms of propellant, and consumables for future Shenzhou crews. A significant portion of the payload includes 41 diverse scientific experiments, with a particular focus on space life sciences. These include comprehensive research into the effects of microgravity on early embryonic development using zebrafish, mouse embryos, and artificial human embryos derived from stem cells. The mission also carries flexible encapsulated monocrystalline silicon solar cell samples for testing outside the station and a Hong Kong University of Science and Technology detector for monitoring greenhouse gas concentrations. This mission extends the Tianzhou spacecraft’s in-orbit stay to a full year, providing longer-term support for the space station and reducing launch frequency. The launch itself incorporated a new "BianQue" fault diagnosis and handling system on the Long March-7 rocket, a technological advancement aimed at achieving more intelligent and reliable future flights SpaceNews, Global Times, Qazinform.

Launch Updates

SpaceX to Launch NROL-172 Mission from Vandenberg

SpaceX is scheduled to conduct a rocket launch from Vandenberg Space Force Base in California on Monday, May 11. The mission, designated NROL-172, will utilize a Falcon 9 rocket to deploy reconnaissance satellites for the National Reconnaissance Office (NRO), an intelligence agency under the U.S. Department of Defense AOL / CBS. The four-hour launch window is set to open at 3:28 p.m. PT. A backup launch opportunity is available the following day. The Falcon 9 will launch from Space Launch Complex 4-East (SLC-4E) and follow a southeast trajectory. Following payload deployment, the Falcon 9's first stage booster aims for a landing on the drone ship "Of Course I Still Love You" in the Pacific Ocean, enabling reuse in future missions. Residents in Santa Barbara, San Luis Obispo, and Ventura counties may experience sonic booms after liftoff as the booster returns through the atmosphere AOL / CBS.

Blue Origin's Lunar Lander Endurance Passes Key Tests

Blue Origin's uncrewed lunar lander, Endurance (the Blue Moon MK1), has successfully completed a series of thermal-vacuum tests at NASA's Johnson Space Center and has been transported to Blue Origin's facility near Kennedy Space Center in Florida. These tests are part of the preparations for its first uncrewed lunar landing later this year. Endurance is designed for technology testing and uncrewed flights, while a second version, the MK2, is intended to transport astronauts to the Moon's surface as part of NASA's Artemis program Universemagazine.

At its new location, Endurance will undergo radio frequency compatibility testing to ensure its onboard communication systems function without interference. For future crewed missions, the Blue Moon MK1 must demonstrate autonomous navigation, cryogenic refueling, and take-off back into orbit. Blue Origin is one of two companies, along with SpaceX's Starship, contracted by NASA to develop lunar landers for the Artemis program. Both must pass similar rigorous qualification tests, with the first crewed landing targeted for Artemis 4 in 2028. The launch of Endurance remains dependent on further testing success and the New Glenn launch vehicle, which is currently grounded pending an investigation by the Federal Aviation Administration Universemagazine.

India's Private Space Industry Set to Launch First Orbital Rocket

Skyroot Aerospace, a leading Indian private space company, is preparing to launch its first orbital rocket, Vikram-1, within the next few months. This marks a significant milestone for India's private space industry, which the government opened to commercial entities in 2020. The company recently secured $60 million in funding, valuing it at $1.1 billion, poised to boost its commercial launch endeavors Ars Technica.

The Vikram-1, named after Indian physicist Vikram Sarabhai, is a three-stage solid-fuel rocket designed to carry nearly half a metric ton of payload to low-Earth orbit. Each stage is powered by Kalam-series engines, with a single Kalam-1000 providing 1,000 kN of thrust for the first stage. Skyroot has prioritized a solid-fuel design for its initial orbital vehicle due to India's strong ecosystem in this area and the desire for rapid, cost-effective development. The company previously conducted a successful suborbital test flight with its Vikram-S vehicle in 2022. Skyroot's ambition aligns with India's national goal to increase its share of the global space economy and significantly boost its annual launch rate by 2030 Ars Technica.

Science & Discovery

NASA's Psyche Probe Prepares for Mars Gravity Assist Maneuver

NASA's Psyche spacecraft is preparing for a crucial close flyby of Mars on Friday, May 15, to gain a significant gravitational boost on its journey to the metal-rich asteroid Psyche. The spacecraft will pass approximately 2,800 miles (4,500 kilometers) above the Martian surface at speeds reaching about 12,333 mph (19,848 kph). This gravity assist will reduce the amount of propellant needed for the long mission to the asteroid, which it is expected to reach in 2029 ScienceDaily, Universemagazine.

Beyond propulsion, the flyby offers a critical opportunity for the mission team to test and calibrate Psyche's scientific instruments using Mars as a target. The spacecraft's multispectral imager will collect thousands of observations, helping refine imaging techniques for operations at the asteroid. Early raw images from May 7 have already begun to show Mars as a distant point of light. As Psyche approaches from Mars' night side, it will capture unique crescent views. Scientists also hope to search for faint dust rings around Mars and gather magnetic and cosmic ray data. Several other spacecraft, including NASA's Mars Reconnaissance Orbiter and ESA's Mars Express, will assist by providing observations and navigation support ScienceDaily.

Mercury Poised for New Exploration Phase with BepiColombo Arrival

Mercury, the Solar System's innermost planet, is on the cusp of a transformative exploration phase with the impending arrival of the ESA/JAXA BepiColombo mission in November 2026. This mission, consisting of two spacecraft, aims to build upon the discoveries of NASA's MESSENGER mission (2011-2015) and address lingering questions about Mercury's origins, evolution, and current state Nature Communications.

BepiColombo's advanced instrumentation and dual-spacecraft configuration will provide unprecedented insights into Mercury's massive metallic core, volatile-rich surface, and extreme space environment. Key objectives include a more accurate characterization of the core's state, size, and composition through combined radio science, altimetry, and magnetometer data. It will also refine surface chemistry and mineralogy, clarifying the role of volatiles in geological processes like volcanism, tectonics, and the formation of 'hollows' and polar water ice deposits. Furthermore, the mission will offer a unique opportunity to study Sun-planet interactions in their most intense form, observing Mercury's dynamic magnetosphere and tenuous exosphere simultaneously from different locations. These interdisciplinary investigations are crucial for understanding how the planet's internal structure, surface features, and space environment are interconnected, extending implications to other airless bodies and exoplanets Nature Communications.

Webb Space Telescope Discovers Peculiar Exoplanet Pair Challenging Formation Theories

The James Webb Space Telescope (JWST) has revealed a rare and unusual pair of exoplanets orbiting a star 190 light-years away, a discovery that is prompting astronomers to re-evaluate theories of planetary system formation. The system features a "hot Jupiter"—a giant planet typically found in isolation—and a smaller "mini-Neptune" orbiting even closer to their host star. The coexistence of these two types of planets, especially with the mini-Neptune inside the hot Jupiter's orbit, challenges conventional understanding of how such systems evolve Scitechdaily.

JWST observations of the mini-Neptune (TOI-1130b) have provided crucial atmospheric data, marking the first time the atmosphere of a mini-Neptune has been studied inside the orbit of a hot Jupiter. The analysis revealed a dense atmosphere rich in water vapor, carbon dioxide, sulfur dioxide, and traces of methane. This composition suggests that the mini-Neptune did not form in its current close proximity to the star, where lighter elements would normally predominate. Instead, researchers hypothesize that both the mini-Neptune and the hot Jupiter formed much farther away, beyond the "frost line" in the colder, outer regions of their protoplanetary disk, where they could accumulate ice and volatile compounds. They subsequently migrated inward together, preserving their heavy element-rich atmospheres. This finding provides strong evidence that mini-Neptunes can originate far from their stars and then migrate inwards, challenging existing models of planet formation Scitechdaily.

New X-Ray Source Could Unravel Mystery of "Little Red Dots"

Astronomers have identified a rare "X-ray dot," officially named 3DHST-AEGIS-12014, located approximately 11.8 billion light-years from Earth, which may hold the key to understanding the enigmatic "little red dots" in the distant universe. These small, red objects were first observed by the James Webb Space Telescope and are believed by many scientists to be supermassive black holes obscured by dense gas clouds Ndtv.

Unlike other little red dots, 3DHST-AEGIS-12014 emits X-rays, a signal often blocked by the surrounding gas in such objects. Researchers from the Max Planck Institute for Astronomy utilized data from both the James Webb Space Telescope and NASA's Chandra X-ray Observatory to study this unique source. They propose that this X-ray dot could be a transitional stage between a little red dot and a more conventional growing supermassive black hole. As the black hole consumes the gaseous envelope, gaps might form, allowing X-rays to escape. The observed variability in its X-ray brightness also supports the theory of rotating gas clouds with varying densities partially obscuring the black hole. If confirmed, this object would provide the first direct evidence of a little red dot in transition and offer crucial insights into the early growth of supermassive black holes Ndtv.

Hubble Reveals "Zombie Star's" Unusual Post-Supernova Revival

The Hubble Space Telescope has captured new images of the spiral galaxy NGC 1309, approximately 100 million light-years away, revealing a phenomenon dubbed a "zombie star"—a white dwarf that survived a Type Iax supernova and appears to be shining even brighter than before. This observation, building on previous Hubble data from 2006 and 2014, offers unprecedented insights into the peculiar aftermath of certain stellar explosions Futurism.

Traditionally, Type Ia supernovae occur when white dwarfs accumulate matter from a companion star, leading to a complete self-detonation. However, the 2012 explosion, SN 2012Z, was classified as a Type Iax supernova, a weaker variant where the white dwarf is only partially disrupted and not entirely destroyed. The subsequent brightening of the remnant challenges the long-held belief that supernovae always signify the end of their parent stars. Astronomers are now investigating why these explosions are incomplete, with theories suggesting either the white dwarf doesn't reach the critical mass for a full detonation or that uneven material siphoning from the companion star prevents total collapse. This discovery opens a new phase in supernova research, exploring how white dwarfs can endure and evolve post-explosion, altered but not annihilated, continuously enriching galaxies with elements that form new stars and planets Futurism.

Comet 3I/ATLAS Traced to Cold, Remote Galactic Corner

Astronomers have determined that comet 3I/ATLAS, an interstellar visitor to our solar system, likely originated from an exceptionally cold and isolated region of the Milky Way, predating the formation of its own star system. This third confirmed interstellar comet, believed to be around 11 billion years old—more than twice the age of our Sun—offers unique insights into early planetary formation conditions Universemagazine.

Observations using the ALMA Observatory in Chile detected an unusually high concentration of deuterium (heavy hydrogen) in the comet's water. This isotopic signature indicates formation in a frigid environment, suggesting that its home star, unlike our Sun, was not surrounded by other newborn stars that would have contributed heat. While the exact origin remains unknown, data from the Hubble Space Telescope estimates the comet's nucleus at 440 meters to 5.6 kilometers in size, traveling at 220,000 km/h. This discovery supports the idea that conditions for planet formation varied widely in the early galaxy, with some regions experiencing much colder temperatures. Understanding comets like 3I/ATLAS helps bridge "puzzle pieces" to reconstruct the conditions that shaped planetary systems in the distant past Universemagazine.

Industry & Policy

Rocket Lab Lands $30 Million HASTE Hypersonic Rocket Contract with Anduril

Rocket Lab announced a $30 million multi-launch contract with defense technology company Anduril for three HASTE hypersonic test flights. These launches will originate from Rocket Lab Launch Complex 2 in Virginia, with the first mission scheduled to occur within the next 12 months. This contract reinforces Rocket Lab’s position in advancing hypersonic testing capabilities, a critical area for the Department of Defense Stock Titan.

Each mission will serve as a testbed for accelerating the development of hypersonic technologies, with Anduril fully funding these tests through its internal capital. This new block buy for HASTE launches follows an earlier purchase by the Test Resource Management Center (TRMC) for 20 HASTE launches over four years as part of its MACH-TB 2.0 program. Collectively, these HASTE contracts account for almost one-third of Rocket Lab’s 70+ launch backlog. Rocket Lab emphasizes its 100% mission success rate for HASTE launches since 2023, showcasing its reliable and responsive capabilities in a rapidly evolving defense sector Stock Titan.

Quick Bits

• NASA astronaut Christina Koch, part of the Artemis II crew, kept up with Philadelphia Eagles games during her 328-day mission aboard the International Space Station, having NFL Network uplinked to maintain a connection with home Times West Virginian.
• Astronauts aboard the International Space Station (ISS) recently watered alfalfa plants in the Veggie research facility, an experiment studying how plants source nitrogen and survive in microgravity to support future long-duration space missions AG INFORMATION NETWORK OF THE WEST.
• A new study suggests that Dante Alighieri's 14th-century epic, Inferno, may contain an early conceptualization of asteroid impacts, depicting Satan's fall as a colossal cosmic body striking Earth and reshaping its geology, centuries before modern meteoritics ScienceDaily.