Moon Landing Pushed Again: Artemis III Won't Touch Lunar Soil Until 2028 at the Earliest

Moon Landing Pushed Again: Artemis III Won't Touch Lunar Soil Until 2028 at the Earliest

Reid Wiseman, Victor Glover, Christina Koch, and Jeremy Hansen were still wringing seawater out of their flight suits after splashing down off San Diego on April 10 when NASA rewrote what comes next. Their 10-day Artemis II mission had been flawless — a precision loop around the Moon's far side, reaching 248,655 miles from Earth, farther than any crewed mission since Apollo 13. No landings, just Orion's deep-space systems running clean. Then NASA announced the restructure.

Artemis III, once the marquee Moon landing, is now a low Earth orbit dress rehearsal — launching no earlier than late 2027, but docking with commercial landers rather than touching the lunar surface. SpaceX's Starship (in a lunar-modified configuration) and Blue Origin's Blue Moon will meet Orion in orbit to test docking and systems before the actual landing attempt in Artemis IV, now penciled in for 2028. That's a full year slip from earlier timelines. SpaceX still needs to nail cryogenic propellant transfer and heat shield performance; eleven test flights in, six of which included successful booster returns, Starship's lunar variant hasn't yet proven the critical refueling choreography the mission depends on.

The Moon landing humanity was promised for 2025, then 2026, then 2027, is now a 2028 target — written, as one Reddit commenter put it, in pencil.

Gobble's Take: At this rate, the first humans to land on the Moon post-Apollo will need a time machine more than a rocket.

Source: r/spacex

Microgravity May Be Quietly Dismantling Human Reproduction

Before anyone worries about building a lunar base, someone needs to answer a more fundamental question: can humans even make more humans up there? New research is forcing that conversation into the open. Mouse embryos exposed to simulated spaceflight conditions failed to develop properly — sperm motility dropped, egg fertilization rates fell, and early-stage embryos arrested before they could progress. The culprit isn't one thing. It's everything at once.

Microgravity causes fluids to shift toward the head and away from reproductive organs. Cosmic radiation — far more intense beyond Earth's magnetic shield than on the surface — damages DNA in ways that compound across cell generations. Without gravity to guide them, dividing cells can misalign chromosomes. Researchers quoted in Universe Today note that even in-vitro fertilization attempted in space could fail at the earliest stages, long before an embryo has a chance. Short missions may not show dramatic effects, but the multi-year transits required to reach Mars would expose crews to all of it, repeatedly.

The theoretical fix — spinning habitats that generate artificial gravity — exists on paper and has for decades. But no agency has built one, and none is scheduled. Until then, any plan to establish a self-sustaining human presence beyond Earth is missing a chapter.

Gobble's Take: We're designing Moon bases before we've confirmed humans can reproduce in one — which is either bold or completely backwards.

Source: Universe Today

NASA's Widest Eye on the Universe Just Moved Its Launch Up to September

The Nancy Grace Roman Space Telescope has spent years in development as the instrument designed to answer astronomy's biggest open questions: what is dark energy, how many Earth-like planets are actually out there, and why is the universe expanding faster than any existing theory predicts? In April, NASA confirmed it's now targeting early September 2026 for launch — months ahead of the previous schedule, after ground tests cleared without issues.

Roman's defining capability is scale. Where Hubble stares at a postage stamp of sky, Roman captures a field 100 times wider — imaging that much sky in six days rather than years. That reach makes it the right tool for dark energy surveys, where scientists need to map the geometry of billions of galaxies to measure how expansion is accelerating. It's also expected to detect thousands of exoplanets through gravitational microlensing, including Earth-mass worlds that current telescopes simply miss. Pair that with simultaneous operations like the MAVEN orbiter studying Mars' vanishing atmosphere and Curiosity probing ancient lake sediments for organic chemistry, and 2026 starts to look like a genuinely consequential year for what we know about the universe.

Roman won't whisper its findings — it will arrive with a flood.

Gobble's Take: This telescope could either find thousands of potentially habitable worlds or confirm that the universe is tearing itself apart faster than physics allows — either answer is worth the wait.

Source: Planetary Society

Quick Hits

• Mercury, a comet, and meteor showers all peak this month — no telescope required: Mercury hits maximum brightness April 3, Comet C/2025 R3 makes its closest Earth approach April 27, and the Lyrid meteor shower peaks at up to 20 meteors per hour the night of April 21–22. NASA
• Three commercial Moon landers are queued for 2026: Intuitive Machines, Firefly Aerospace, and Draper are each scheduled to deliver NASA science payloads to the lunar surface this year under the CLPS program, with request-for-information notices already circulating for 2027–28 follow-on flights. The Oceaniac Cables

In Case You Missed It

Yesterday's top stories:

• The Rocket That Only Flies When Nothing Else Can Just Made Its Seventh Flight
• NASA's $4 Billion Moon Rocket Just Rolled to the Pad Carrying Four Humans for the First Time
• The Plan to Mine Asteroids for Oxygen — Not Gold — That Would Make Mars Settlements Possible
• The Invisible Anchor Keeping Every Galaxy in the Universe From Flying Apart