The tweet archive.

“@aaronjcash @WholeMarsBlog @brandonee916 @vincent13031925 @SpaceX Some good Cox jokes in this thread”

“Nuking Mars one T-shirt at a time https://t.co/Kiah2HbxFi https://shop.spacex.com/featured-products/nuke-mars-t-shirt.html”

“@Erdayastronaut @NASA @SpaceX Mars needs to happen soon”

“@smartass505 @ZainS180 @VikingRocket @WholeMarsBlog Oh man, this year has been such a supply chain nightmare & it’s not over! I will provide an updated product roadmap on next earnings call.”

“@ZainS180 @VikingRocket @WholeMarsBlog Cybertruck will reach far into a post-apocalyptic future & bring that technology to now”

“@RajveerJolly We are developing the interplanetary rocket and spaceship to allow anyone to travel to the moon, Mars & beyond, regardless of nationality”

“@ErcXspace And ship will be caught by Mechazilla too. As with booster, no landing legs. Those are only needed for moon & Mars until there is local infrastructure.”

“@PPathole @Teslarati @13ericralph31 If we are able to make life self-sustaining on Mars, we will have passed one of the greatest filters. That then sets us up to become interstellar. Earth is ~4.5B years old, but life is still not multiplanetary and it is extremely uncertain how much time is left to become so.”

“RT @SpaceX: Interplanetary Transport System is not just for Mars https://t.co/X2uV5moBya”

“@aaronjcash @WholeMarsBlog @brandonee916 @vincent13031925 @SpaceX 🤣”

“@johnkrausphotos @Patreon @SuperclusterHQ @SpaceX Maybe this should be the flag of Mars”

“@blueskykites @Tesla @SpaceX @mayemusk @WholeMarsBlog @28delayslater @JohnnaCrider1 @Kristennetten @SirineAti @GailAlfarATX @DimaZeniuk @bevedoni @RationalEtienne @ashleevance @adamhoov @klwtts @RenataKonkoly For a couple of months, but, yeah, that looks like the place. Does Mark still live there?”

“@WholeMarsBlog @NASASpaceflight @BBCAmos Higher structural margins overall are needed for reuse, plus: Booster - Grid fins for aero control - Boostback & landing propellant tanks - Protecting engines from entry loads Ship - Body flaps for aero control - Deorbit & landing propellant tanks - Heat shield”

“RT @cb_doge: For the first time ever, there is a rocket capable of establishing a permanent base on Mars. https://t.co/Xbj6A7GA8j”

“@bennyjohnson SpaceX has not tried to bid for any contract in this regard. Our strong preference would be to stay focused on taking humanity to Mars. If the President asks us to help in this regard, we will do so, but I hope that other companies (not SpaceX) can do this.”

“@DimaZeniuk @SpaceX @SirineAti @captainarve @andst7 @WholeMarsBlog @EvasTeslaSPlaid @GailAlfarATX @JaneidyEve @TeslaAIBot @1stMarsColonist And we need to add 3 more Raptor Vacuum engines, because it’s inevitable”

“@WholeMarsBlog @teslaownersSV @SpaceX I’m driving “alpha” 9, but we need to fix some obvious issues before releasing beta 9, hopefully next week. FSD subscription capability should be turning on via the Tesla app.”

“@WevolverApp @SpaceX Dragon 2 was originally designed to land with thrusters, but it’s not the right architecture for heavy transport to the moon or Mars, so we decided not to qualify it for thruster landings”

“Really tempting to redesign upper stage for return too (Falcon Heavy has enough power), but prob best to stay focused on the Mars rocket”

“@ZainS180 @VikingRocket @WholeMarsBlog Cybertruck is intentionally an insane technology bandwagon”

“Article on @SpaceX and colonizing Mars by @waitbutwhy http://t.co/HhBJ48QSMW http://waitbutwhy.com/2015/08/how-and-why-spacex-will-colonize-mars.html”

“@IvanEscobosa @aaronjcash @WholeMarsBlog @brandonee916 @vincent13031925 @SpaceX Absolutely. With competition, the consumer is the winner.”

“@Erdayastronaut @SpaceX All correct. Parachutes were originally the backup landing system, with SuperDraco thrusters as primary. Difficulty of proving thruster landing safety *and* architecture being suboptimal for moon/Mars caused us to change focus to parachutes.”

“RT @iam_smx: Welcome to SpaceX, the Company that will take humanity to Mars! https://t.co/81yyeF76uq”

“@itshakeemz @DimaZeniuk @SpaceX @SirineAti @captainarve @andst7 @WholeMarsBlog @EvasTeslaSPlaid @GailAlfarATX @JaneidyEve @TeslaAIBot @1stMarsColonist I hesitate to say this, but it might be too pointy”

“RT @WholeMarsBlog: Elon: “What if we had the rocket land back on Earth so we could use it again?” Experts: “That’s impossible” — Elon…”

“RT @teslaownersSV: Reusable rockets will get us to Mars https://t.co/pGshwgobqF”

“@SPEXcast @Robotbeat @John_Gardi @SpaceX Very dependent on volume, but I’m confident moving to Mars (return ticket is free) will one day cost less than $500k & maybe even below $100k. Low enough that most people in advanced economies could sell their home on Earth & move to Mars if they want.”

“@MarcusYafeelus @matthewloop @ScottAdamsSays Better hustle with the Mars rockets!”

“@BallAerospace @NASA_Marshall @NASA @SpaceX Congrats!”

“Researchers at @NASA propose using @SpaceX Falcon/Dragon for Mars sample return mission http://t.co/U6LNKyF4Jr http://news.yahoo.com/red-dragon-mars-sample-return-mission-could-launch-114405239.html”

“RT @teslaownersSV: “I'll talk to Elon Musk. Elon, get those rocket ships going because we wanna reach Mars before the end of my term.” htt…”

“@peterrhague No, we’re going straight to Mars. The Moon is a distraction. Mass to orbit is the key metric, thereafter mass to Mars surface. The former needs to be in the megaton to orbit per year range to build a self-sustaining colony on Mars.”

“RT @WholeMarsBlog: “Elon, don’t start a rocket company. It will never work” “Elon, don’t start an electric car company. It will never wor…”

“RT @teslaownersSV: "I'm going to colonize Mars. My mission in life is to make mankind a multiplanetary civilization." Elon Musk https://t…”

“RT @OmarSAlolama: I had a great exchange with @ElonMusk discussing​ the next frontier of @SpaceX and space exploration to the transformativ…”

“@WholeMarsBlog @Herbert_Diess Fuel cells should be called fool sells! Such a silly choice for cars. Not great even for a rocket upper stage imo, but at least not absurd.”

“RT @cb_doge: For the first time ever, there is a rocket capable of establishing a permanent base on Mars. https://t.co/x7Ne45HLUd”

“RT @teslaownersSV: “The overarching optimization at SpaceX is what is the fastest time to a city on Mars, with the subsets: fastest time to…”

“RT @cb_doge: SpaceX will have a base on Mars one day. https://t.co/bfgIJrZsbX”

“@RichardHanania Best to hear it in the words I have used in many interviews over the years. I have not fwiw “volunteered my sperm” 😂 No one at SpaceX has been directed to work on a Mars city. When people have asked to do so, I’ve said we need to focus on getting there first.”

“@Astro_Elliott @LifeboatHQ Once you have rapidly reusable rockets of sufficient size to carry >100 tons of payload, it is not clear that cost per ton to orbit/moon/Mars improves with a larger rocket. Aircraft, for example, have moved away from 747/A380 to 777, which has ~100 tons of payload.”

“@esherifftv True 😂 Biggest rocket of all time by far and the first design capable of colonizing Mars, but public awareness is ironically tiny.”

“RT @teslaownersSV: “SpaceX is the railroad that will enable millions of opportunities for others on Mars, just like the Union Pacific Railr…”

“RT @cb_doge: One day SpaceX will have a base on Mars. https://t.co/yW8YeJBFj2”

“@Rothmus Over time, SpaceX will enable anyone to go to space and travel to the moon and Mars”

“RT @cb_doge: For the first time ever, there is a rocket capable of establishing a permanent base on Mars. https://t.co/9oWV8o3rHJ”

“@DimaZeniuk @Starlink @SpaceX @SpaceXStarlink @kerrikgray @JaneidyEve @Inelonwetrust__ @1stMarsColonist @helloitstanya98 @dvorahfr @captainarve @andst7 Cool”

“@spacesudoer That was not the founding of SpaceX. We were in Russia to negotiate buying some ICBMs and converting them to launch a philanthropic mission to Mars. I later came to realize that the problem wasn’t the will to go to Mars – there is plenty of public interest – but rather that…”

“@SamTwits @Erdayastronaut @PPathole @vincent13031925 Long chain hydrocarbons, like kerosene, have excellent volumetric energy density, but what you really want for rockets is best way to bind hydrogen, which is CH4. Also, easy to make & store CH4+O2 from CO2+H2O, which are abundant on Mars.”