NASA's 12,217-Photo Artemis II Vault Is the Closest Thing to Being There

NASA's 12,217-Photo Artemis II Vault Is the Closest Thing to Being There

Most space missions give us a highlight reel. NASA just dropped the entire raw footage. The agency released 12,217 official photos from the Artemis II mission — the flight that took four astronauts farther from Earth than any human in over five decades — and the archive is available for anyone to dig through.

The catalog spans the full mission: pre-launch preparations, the crew at work inside the Orion capsule, the Earth shrinking to a marble, and those now-iconic "Earthset" shots of our planet dropping below the lunar horizon. What makes this different from typical NASA PR drops isn't the quality of the images — it's the sheer completeness. The mundane instrument readings are in there alongside the breathtaking ones.

For researchers and historians, this is the kind of primary source that the Apollo era never produced at scale. For everyone else, it's the closest thing to riding along.

Gobble's Take: Apollo gave us a handful of iconic shots; Artemis II just handed you 12,217 chances to find the next one.

Source: r/space

Spaceflight Is Hard on the Heart — But Artificial Ones Grow Better in Orbit

Spaceflight is hard on the heart. That's the conventional wisdom, and it holds for living astronauts. But artificial heart tissues tell a different story. According to a Space.com article published May 3, artificial ones actually grow better in space than on Earth.

The headline finding flips the expected logic. The same microgravity environment that degrades cardiovascular health in astronauts appears to benefit engineered heart tissue. The source does not detail the specific mechanisms, but the framing is clear: orbit offers something that Earth-based labs cannot replicate.

The implications stretch beyond astronaut health. If engineered tissues develop more effectively in space, the case for orbital research and manufacturing gains a serious medical dimension — one that has nothing to do with exploration or satellites.

Gobble's Take: The most compelling argument for keeping humans in orbit might not be the moon — it's what we can grow up there.

Source: Space.com

Russia's Brand-New Soyuz 5 Rocket Just Nailed Its First Flight

While headlines have been dominated by Starship tests and Falcon Heavy returns, Russia quietly pulled off a milestone: the Soyuz 5 rocket completed its debut launch successfully in late April. It's Russia's first new homegrown launch vehicle in years, designed to modernize a fleet that has long relied on Soviet-era hardware.

The Soyuz 5 is a medium-class rocket intended to eventually replace aging vehicles in Russia's lineup and potentially compete for commercial launch contracts. A clean debut is significant — first flights of new rockets fail often enough that success on the first attempt is never a given — and it signals that Russia's domestic space manufacturing pipeline is still producing.

The launch market is more crowded than it has ever been, with SpaceX, ULA, Arianespace, and a growing list of newcomers all competing for payload contracts. Russia just made sure it has a seat at that table.

Gobble's Take: While everyone watches Starship, Russia just quietly showed up to the launch market with new hardware.

Source: Space.com

SpaceX Static Fire Advances Starship Flight 10 — And NASA's Moon Plans With It

Ten days after losing a Starship vehicle in a dramatic test flight on May 27, 2025, SpaceX had all 33 Raptor engines on Super Heavy Booster 16 igniting simultaneously in a full-duration static fire. The test, conducted at Starbase in Boca Chica, Texas on June 6, 2025, is a direct step toward Starship Flight 10. It also keeps the clock ticking on NASA's Artemis program — and the thousands of Space Coast jobs tied to it.

The stakes are explicit: NASA has invested approximately $4 billion in Starship and selected it as the Human Landing System that will ferry astronauts from lunar orbit to the Moon's surface for Artemis III and beyond. The SLS rockets and Orion capsules being prepared at Kennedy Space Center handle the first leg of the trip — but without a certified Starship lander waiting in lunar orbit, none of it matters. Every engine test in Texas is, functionally, a Florida problem too.

Flight 10 isn't cleared yet. Following the loss of both vehicles during Flight 9, the FAA opened a mandatory mishap investigation. SpaceX cannot fly again until that inquiry closes and an updated launch license is secured. Industry projections point to a potential window in July 2025 — contingent on both hardware readiness and regulatory sign-off.

Gobble's Take: NASA bet $4 billion that SpaceX could build a moon lander; 33 engines firing in unison is the receipt.

Source: Space Coast Defense

In Case You Missed It

Yesterday's top stories:

• Denmark's SAGA Space Architects Joins ESA Contract to Study Robotic Lunar Shelter
• China Is Running Apollo's Playbook — While the U.S. Bets Everything on SpaceX
• George Lucas Promised Asteroid Mines. We Built an Orbital Garbage Patch and a $55M Joyride Industry.