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Mars
Joined March 2014
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human Mars 🔴 retweeted
Japan launches mission to bring home a piece of the Martian moon Phobos arstechnica.com/space/2026/1…
human Mars 🔴 retweeted
Japan’s getting really good at bringing space rocks home. If asteroid mining ever takes off, that experience could give them a serious head start.
On the 20th, they’re launching MMX on an H3 rocket to Phobos, one of Mars’ moons. The plan is to land twice, collect about 10 grams of material, and bring it back. Nobody’s ever brought samples back from the Martian system.
Hayabusa brought home the first asteroid samples. Hayabusa2 followed up at Ryugu, collecting material from multiple spots. Japan’s been building on that experience ever since.
Everyone else is racing to land on Mars or build Moon bases. Japan’s quietly getting better at one thing: bringing a piece of space home.
human Mars 🔴 retweeted
NASA has opened final bidding for private space stations to replace the ISS 🛰️
The winning stations could take over from the ISS as early as 2030
NASA plans to pick two or more companies, with winners expected to be announced in spring 2027
human Mars 🔴 retweeted
JUST IN: NASA says its Moon Base is running ahead of schedule, with the first element now expected to launch in December followed by near-monthly robotic missions to the lunar surface beginning in early 2027.
NASA Administrator Jared Isaacman said the agency expects to beat the original national-space-policy target of putting the first Moon Base elements in place by 2030.
The plan is to send infrastructure, rovers and other equipment ahead of astronauts so hardware is already operating on the surface when crews arrive.
NASA is also developing a public website that will allow people to follow construction of the lunar base as missions arrive.
“We’re leaving no doubts this time,” Isaacman said. “It’s all in HD.”
human Mars 🔴 retweeted
Starship Flight 15 is expected in 4-6 weeks and will attempt to catch BOTH Booster and Ship!
human Mars 🔴 retweeted
Earth moon cycler orbits are interesting especially if an industrial base is set up on the moon.
What if a spacecraft could cycle between Earth and Moon orbits, performing multiple circuits of each, naturally and indefinitely, with zero propulsion?
We’ve discovered a new class of stable, prograde, low-energy cycler orbits that do just that.
Why these orbits matter:
Ballistic → fuel-free
Stable → long-term ready
Near-chaotic → agile with low ΔV
Low-energy → access to Earth/Moon, Lagrange points, Sun–Earth L1/L2, even heliocentric space
At the AAS/AIAA Astrodynamics Specialist Conference in Boston next week, I’ll present on a new family of ballistic Earth-Moon cycler orbits that are stable, prograde, and mission agile—unlike any cyclers in the current literature.
The example below is shown in both the Earth-Moon rotating frame and inertial frame.
Conference Paper: ross.aoe.vt.edu/papers/ross-…
human Mars 🔴 retweeted
SpaceX: Geaux for Launch.
arstechnica.com/space/2026/0…
human Mars 🔴 retweeted
After China formally delays Chang'e 7 into 2027, the race to the South Pole of the Moon is back on.
arstechnica.com/space/2026/0…
human Mars 🔴 retweeted
Looks like a scene from Interstellar.
human Mars 🔴 retweeted
The threat of China's plans to explore the Moon is about to become very, very real.
arstechnica.com/space/2026/0…
human Mars 🔴 retweeted
Replying to @elonmusk
This ship (literally😅) deserves to be put in a museum! Please, Elon, don't scrap it!
human Mars 🔴 retweeted
It is always great to see different views about humanity's future on Mars, and how we will get there.
I recently came across the human_Mars short colonization timeline and it is worth a read. Their work has been around since 2016 and they keep updating it with fresh thinking. This is the latest update.
Comparing it to my Mars Independence plan was a good reflection on my proposed timeline and how colonization will happen.
Here is how the two visions line up:
My plan proposes a fast track to sovereignty by 1 January 2039.
We land 27 000 Optimus androids in the 2031 2032 window before the first humans arrive. They build the heavy infrastructure so a small group of pioneers step into abundance rather than struggle on first arrival.
Food and energy independence arrive by 2035. Materials and propellant follow in 2036.
Last humans touch down around April 2037. All eight gates close by 2039 and humans plus androids declare Mars a sovereign world together.
The human_Mars timeline takes the longer scenic route.
First human crews land in the 2030s at robot prepared sites.
Population grows gradually. Several thousand by the 2050s. Over 40 000 in the 2060s as fusion ships arrive and a big domed Mars City takes shape.
Numbers head toward 150 000 in the 2070s with tourism and hyperloops. An elected council handles governance in the 2080s.
The millionth Martian arrives in the 2090s. Full independence and a population over 30 million come together across the 22nd century.
Now for the similarities.
Both visions start with Starship doing the early heavy lifting.
Both lean on ISRU to live off Martian resources instead of constant Earth shipments. Closed loop life support and local food production are non negotiable in each case.
Energy moves from solar toward fission and fusion.
Both see Mars eventually standing on its own feet with its own governance and ability to contribute back to humanity.
The differences are striking too.
My series rests heavily on Optimus androids from day one. One android equals roughly 5 to 7 humans in heavy industry and robot swarms slash the mass we need to ship by up to 90 percent.
This lets us reach sovereignty fast with a smaller human population.
Their timeline keeps humans more central for longer. Population builds steadily across decades. They add grand infrastructure like polymer domes, hyperloops, space elevators and a magnetic shield later on. Terraforming experiments start in the 2070s.
My 8 gates give clear checkpoints: food, energy, materials, propellant, transport, compute, defence and the final declaration.
Their decade by decade view shows slow organic growth toward cities tourism and a multiplanetary species with tens of millions of people.
Both approaches share real optimism about the tech we are developing right now.
But one is a focused sprint powered by thousands of androids. The other is a patient marathon building human society step by step.
In the end I suspect the real Mars story will sit somewhere between the two. We will probably see heavy robot work early on to accelerate the basics. Human numbers will grow as the settlement proves safe and comfortable.
Advanced transport domes and terraforming ideas will arrive once the foundation is solid.
The important thing is getting started soon and staying flexible as the tech improves.
What do you think? Does the fast robot heavy path feel more realistic or should we plan for slower steady human expansion?
Either way, the future on Mars is going to be incredible.
We have created the SHORT VERSION of our speculative Mars Colonization Timeline for those who want just a quick overview. humanmars.net/2026/07/mars-c…
Since its debut in October 2016, the timeline has always been the most popular section on our site.
human Mars 🔴 retweeted
.@NASA has released an article on Artemis III, featuring new renders of Starship v3 docked with Orion
📷 1-2 @SpaceX, 3-4 @BlueOrigin







































