NASA's Artemis I manikin data shows the 57-pound AstroRad vest can sharply reduce organ radiation doses during severe solar particle events. The Science Advances study strengthens the case for selective shielding aboard future lunar and deep-space missions.
Source: wral.com · chicoer.com
A discarded SpaceX Falcon 9 second stage crashed into the Moon, creating a 60-foot crater after a disposal maneuver was thwarted by solar activity and gravity. NASA will image the site, raising concerns over cislunar debris management and planetary protection as commercial lunar traffic increases.
Source: nny360.com · azdailysun.com
A spent Falcon 9 upper stage slammed into the Moon, creating a debris plume detected by telescopes. The event raises urgent questions about lunar debris management as the US and China race to establish permanent bases.
Source: (bm) · Marcia Dunn (us)
Astronomers confirm a SpaceX Falcon 9 upper stage crashed into the moon near Einstein Crater, creating a detectable plume of sodium and lithium. The 4-ton stage, launched in 2025, highlights the growing challenge of lunar debris as space agencies ramp up exploration. SpaceX says it's cooperating with NASA to prevent future accidents.
Source: nbcconnecticut.com · chicagotribune.com
A multi-ton spent SpaceX Falcon 9 upper stage, drifting since a 2025 lunar lander mission, apparently struck the Moon at hypersonic speed, carving a 60-foot-wide crater. The event exposes serious gaps in planetary protection rules for commercial deep-space activities.
Source: talkradio1080.iheart.com · wilm.iheart.com
A routine crew rotation highlights enduring US-Russia cooperation on the ISS, with an ultra-fast rendezvous and experiments in semiconductor manufacturing and AI-assisted medical diagnostics.
Source: space.com · yahoo.com
Elon Musk faces tough investor questions on SpaceX's first earnings call as a public company. Key topics include the Starship testing timeline for NASA moon missions, the economics of the Starlink network, and the feasibility of football-field-sized orbital datacenters, all while the company reports a net loss of $1.9 billion for Q2.
NASA's Swift Observatory, cued by an AI-driven survey, has confirmed the first tidal disruption event from a wandering supermassive black hole far from its galaxy's center. The detection showcases the fusion of large-scale astronomical surveys and machine learning to find otherwise invisible celestial threats, with direct implications for space domain awareness and defense surveillance networks.
Source: wvtm13.com · wdsu.com
NASA Administrator Jared Isaacman defended the selection of an all-male Artemis III crew, emphasizing the specific skill sets required for the complex orbital rendezvous and docking test with SpaceX and Blue Origin landers. The crew of four veteran astronauts includes a former shuttle commander, an ESA pilot, and a U.S. record-holding spaceflight duration holder, selected for their technical expertise to ensure mission success.
Katalyst Space Technologies’ Link satellite has entered an uncontrolled spin after a thruster failure, jeopardizing the $30 million NASA-funded effort to boost the aging Swift Observatory. The 2004-launched telescope faces an autumn reentry if the startup cannot regain control soon.
Source: wokv.com · wgauradio.com
A spent SpaceX Falcon 9 upper stage, adrift since its 2025 lunar lander mission, will crash into the moon near Einstein Crater on August 5, 2026. The 5,400 mph impact — the second known unintentional lunar debris collision — will offer a rare observational opportunity while reigniting concerns over cislunar space debris and the lack of disposal norms.
Source: nbcphiladelphia.com · nbcbayarea.com
SpaceX’s 13th Starship test flight on July 24, 2026, marked the first deployment of 20 next‑gen Starlink V3 satellites and a controlled Indian Ocean splashdown. The mission validated critical systems—Raptor restart, heat shield upgrades, and payload bay operations—that pave the way for lunar landings and large‑scale constellation build‑out.
Source: yahoo.com · Tass (RU)
SpaceX's V3 Starship completed its 13th flight on July 24, deploying 20 advanced Starlinks with laser links while conducting critical heat shield experiments. The mission marks a faster-than-ever turnaround after an engine abort and directly supports NASA’s Artemis lunar lander timeline.
Source: abcnews.go.com · Marcia Dunn (us)
A portable X-ray device has been used to capture diagnostic images in orbit for the first time, breaking a decades-long reliance on ultrasound alone. The test paves the way for better medical care and equipment inspection on long-duration missions to the Moon and Mars.
SpaceX's Starship aborted its 13th test flight at T-3 seconds on July 16, 2026, after 4 of 33 Raptor engines failed to ignite. The automatic shutdown validated critical safety systems, a milestone for NASA's Artemis human landing plans and an engineering stress test for the world's largest rocket.
Source: theepochtimes.com · cp24.com
NASA’s FM2 experiment will light the first controlled fire on the Moon, studying how materials burn in 1/6g. This foundational test will drive safety standards for lunar habitats and deep-space missions, leveraging the Moon’s unique partial-gravity combustion ‘Goldilocks zone.’
Source: wesh.com · wgal.com
New research validates how NASA's Earth-observing satellites can bridge the 30% coverage gap in U.S. ground-based air quality monitors, offering a new civil application for remote sensing technology.
NASA's $780.6M New Horizons probe has emerged from a 321-day hibernation, triggering a data retrieval campaign that could yield fresh insights into the Kuiper Belt and the outer heliosphere. All systems are nominal, and instruments will soon study solar wind, dust, and hydrogen gas distributions.
Source: Julia Musto (gb) · Julia Musto (gb)
NASA’s Swift observatory, facing imminent orbital decay, gets a lifeline as Katalyst’s Link satellite launches after a record nine-month development. The mission pioneers commercial satellite life extension for a government science asset.
Source: Ars Technica · Ars Technica
Space food has evolved from aluminum tubes to fresh lettuce grown aboard the ISS, propelling closed-loop agriculture systems essential for Mars. Research on nutrient stability and taste adaptation is reshaping mission architecture and resupply planning.
Source: The Conversation · Google News