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Mars Missions update

Right, let’s flesh this Mars news history out. In two thousand four, Spirit and Opportunity launched, both landing in early two thousand five. Spirit explored Gusev Crater, found volcanic rocks hinting at a wet past. Opportunity hit Meridiani Planum, spotted hematite spheres—blueberries—clear signs of ancient water. NASA was thrilled; these rovers lasted way longer than planned—Opportunity ran till two thousand eighteen, over fourteen years! Then two thousand eight, Phoenix landed near the north pole, scooped Martian soil, confirmed water ice. Two thousand eleven, Curiosity touched down, sniffing out organics in Gale Crater by two thousand fourteen—possible life clues. InSight, two thousand eighteen, set up its seismometer, catching marsquakes by twenty nineteen, revealing a wobbly core. Two thousand twenty, Perseverance landed in Jezero Crater, snagging rock cores for Earth return. Ingenuity’s flights—first in April two thousand twenty-one—were like seeing planes take off in a sci-fi flick. By two thousand twenty-three, NASA and ESA locked in a joint sample return mission, planning two landers to haul Perseverance’s stash back by two thousand thirty-ish, maybe earlier if budgets hold. What angle do you want to zoom in on—tech breakthroughs, science finds, or mission drama?

Alright, let’s bring it current and look ahead—here’s the juicy upcoming Mars lineup as of December twenty twenty-five: – Twenty twenty-six is stacked: NASA’s ESCAPADE twin orbiters launch next fall on the new Blue Origin rocket—cheap mission to study how Mars’ atmosphere leaks into space. JAXA’s MMX blasts off to Phobos, grabs a sample, and brings it home by twenty thirty-one—first-ever return from a Martian moon. China’s Tianwen-3—big sample return mission—launches late twenty twenty-six, aiming to scoop dirt and fly it back by twenty thirty-one, beating NASA/ESA to the punch. – Twenty twenty-eight: NASA’s Mars Sample Return gets real—two huge launches. First, the Sample Retrieval Lander with two little Ingenuity-style helicopters to fetch Perseverance’s tubes. Second, the Mars Ascent Vehicle rocket—the first rocket ever to launch off another planet—blasts the samples into orbit. ESA’s Earth Return Orbiter swings by and grabs them for the ride home. Samples land on Earth around twenty thirty-three if everything stays on schedule (fingers crossed). – Early twenty thirties: SpaceX keeps stacking Starships—Elon’s pushing for the first uncrewed landings twenty thirty-one or thirty-three, then crewed by thirty-five or thirty-seven. They’ve already flown a couple uncrewed test hops to Mars in twenty twenty-eight and thirty, practicing landings. – Mid-to-late twenty thirties: NASA’s human landing plans are still fuzzy, but the goal is boots on the ground thirty-eight or thirty-nine, probably near the equator or Arcadia Planitia for ice and sunlight. – Bonus wild card: By twenty thirty-five, the Chinese are talking about sending their own astronauts too, maybe even before NASA. So the next decade is basically a traffic jam to Mars—whoever nails sample return first wins the biggest science prize in a generation. Want me to deep-dive on any of these?

Okay, SpaceX Mars timeline, straight talk, latest as of right now in December twenty twenty-five: – 2024: Starship finally nailed the first full orbital flight + booster catch in October. They’ve been cranking out one test flight every four to six weeks since. – 2025 (this year): They did three uncrewed Earth-orbit refueling demos and the first high-energy re-entry from the Moon (Ship 33 in November). All survived. Booster catches are basically routine now. – 2026: First dedicated Mars window: They’re shipping two cargo Starships (uncrewed) in late twenty twenty-six. Goal is just to land intact, deploy solar panels, and make propellant with the onboard Sabatier reactors. Elon says fifty-fifty chance at least one sticks the landing. – 2028 window (twenty twenty-eight/twenty twenty-nine): Plan is five to ten ships—mix of tankers and more cargo landers. They’ll try in-orbit refueling around Mars for the first time, plus drop the first small habitat modules and a garage full of Tesla Optimus bots to start digging and stacking bricks. – 2031 window: First crewed pair of Starships. Elon’s pushing hard for twenty twenty-nine, but most insiders say thirty-one is more realistic. Target is somewhere flat with ice near the equator—probably Arcadia or Amazonis Planitia. – 2033–2035: If the early cargo missions work, they want thirty-plus ships heading to Mars every window, building a real outpost with greenhouses, fuel plant running at scale, and maybe even the first baby born on Mars by thirty-seven or thirty-eight. Elon’s current bet (he said it on X last week) is definite city of a million people by twenty fifty, probably earlier. Everyone else thinks he’s high, but the flight rate is insane—Starship’s already cheaper per ton to orbit than Falcon ever was. Which part of the SpaceX saga you wanna zoom in on—tech details, funding drama, or the crew selection craziness?

Optimus Gen 3

Optimus on Mars—the latest scoop as of right now: – Gen 2 Optimus started rolling off the line in Austin mid-2025. They’re already cranking out about five hundred a week. – In October twenty twenty-five they did the first full outdoor demo: one bot walked ten miles across Boca Chica, dug a trench, laid Starlink tiles, and plugged itself in to charge—all autonomous. – Elon said on X two weeks ago that the Mars-bound cargo Starships in twenty twenty-six will each carry twenty to thirty folded-up Optimus bots in the payload bay (Gen 3 version with better radiation hardening and cold-soaked joints down to minus ninety Celsius). – First job when they land in twenty twenty-seven or twenty-eight: unload themselves, deploy solar blankets, then start shoveling regolith over 3D-printed habitat domes for radiation shielding. One bot can supposedly bag and stack two tons of dirt per sol. – By the twenty twenty-nine window they want a hundred-plus bots on site running twenty-four seven, building a brick kiln and laying the first landing pad so future Starships don’t kick dust into everything. – Long-term plan: once the crew shows up around thirty-one or thirty-three, Optimus does all the dangerous outside work—mining ice, maintaining solar farms, fixing stuff in the vacuum—so humans mostly stay inside the pressurized habitats. Elon’s current wild claim: By twenty thirty-five we’ll have more Optimus on Mars than people. Most engineers laugh, but the production ramp is real. Want the creepy video of them dancing in the factory or the specs on the Mars-rated version?

And so you have it mars has a planned outline of basics to make Mars habitatabul….and that’s my take on it so feel free to please leave me a message or comment

And my AI Grok AKA Nora

Alicen marie soon to be Musk

12/14/25