Why SpaceX Built A Stainless Steel Starship
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- Опубликовано: 7 фев 2019
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References
[1] www.wd40.com/cool-stuff/history
[2] goo.gl/6eyfsP
[3] www.nasa.gov/feature/nasa-spa...
[4] www.sciencedirect.com/science...
[5] spaceflight101.com/msl/msl-aer...
[6]www.grantadesign.com/download/...
Extra Reading
www.totalmateria.com/page.asp...
ntrs.nasa.gov/archive/nasa/ca...
www.thermopedia.com/content/1203/
Credits:
Narrator/Writer: Brian McManus
Editor: Stephanie Sammann (www.stephanie-sammann.com/)
Animator: Mike Ridolfi (www.moboxgraphics.com/)
Sound: Graham Haerther (haerther.net/)
Thumbnail: Simon Buckmaster / forgottentowel
Music by Epidemic Sound: epidemicsound.com/creator
Songs:
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Clearer Views - From Now On
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Atomic Numbers 2 - August Wilhelmsson
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The daily problems on Brilliant are actually fantastic. Great way to challenge your brain each day. Thanks again to Brilliant for making these videos possible: brilliant.org/realengineering/
My previous comment was a shameful reference to am egotistical RUclipsr known as MaximilianMus, I no longer support that sad personality.
You are forgetting to approve the subs... I sent two subtitles months ago for the videos "Can We Terraform the Sahara to Stop Climate Change?" and "How We Will Colonise The Moon", and both still weren't published...
Your segways are so smooth, too smooth even ! It kinda makes you feel like the video is not over and lacks a conclusion sometimes ... Well that's the only critique i have, otherwise your content is amazing in terms of research, animation, narration etc. Keep it up man, your work is just ... Brilliant ;)
I will not, ever, sign up to brilliant.
You need to patent such a brilliant fluid transition to the ad section.
Would it not be ironically hilarious if the Mars spaceship ends up looking EXACTLY like the 'absurd' spaceships of 1950's space movies? :)
Yes, if you were to stretch the definition of "*extremely hilarious*" to an absurd degree.
Those 'absurd' spaceships looked like the V2 because people's idea of a big rocket was the V2. By 2001 (the movie) a big rocket in the movies looked like the space shuttle. What's the betting that if Space X succeeds then Hollywood's ideas will shift again ..
Yes your so right that would be pretty ironic and humorous. Or even like some of the spaceships from the old Flash Gordan serials.
Pretty sure you don't understand the full import of your question /statement. Try and think about it in reverse.
Buck Rodgers in the 22nd century! Lol I think the incredibles have a similar design :o
Elon stares at Starship for a moment.
"Tell you what, throw a little hot rod red in there".
it makes the rocket fly FASTA
Like tony stark with his iron man suit
Well He is tony stark
Or Tony Stark is Elon
This is not the marvel universe. Grow up.
The sweating part is really really smart. Makes me believe that the best engineering is to copy nature.
we are biological machines if you think about it. maybe nature is the peak of engineering
@@AverageBrethren nature is gods gift and its our mission to to look at it and use it. Ki nda like a graph going closer to infinity
Sweating fuel while in fire, is not really a good idea
It is.
Sounds like what Nikola Tesla said "“If you want to find the secrets of the universe, think in terms of energy, frequency and vibration.”"
"The Falcon 9 certified for human payload is a bit of a nightmare"
Me: NOT ANYMORE!!
Daffa Haj Tsaqif im so happy
best thing to happen in 2020
They did it
yes
I watch the launch It was so cool
Your thumbnail game is *so* strong.
@wall wall yes
no his game is SOLID...😂😂😂😂
With his thumbnails, he could play marbles on a competitive level!
+1
Word is bond.
You missed the real important bit. " Most steel alloys get brittle at cryogenic temperatures. That’s not the case for stainless steel with high chrome-nickel content. It gets stronger in cold conditions, but it also maintains ductility. That means stainless steel has high fracture toughness, which could prevent small structural imperfections from developing into cracks." With the cryo fuel loaded, that thin sheet of steel is stronger than carbon fiber, on top of all the other stuff you mentioned.
" It gets stronger in cold conditions, but it also maintains ductility." nope, it loose ductility slower than steel , and don't get stronger when cold.
@@surronzak8154 ..nah, I think I will believe the metallurgists and rocket engineers that is actually using this, over some RUclips know it all.
@@danievdw where doese it say that it will be stronger when cold ? By the way I'm IWT metalurgist using stainless steel everyday, I know the KV for those materials ;-)
@@surronzak8154 Yeah, my mum was lead design on NCC-1701-B . Stop being lazy as well, do some research yourself. Plenty of info available on it, especially after SpaceX started using it.
@@danievdw LMAO youdon't know what you are talking about buddy
Flex tape. Problem solved.
Rocket made entirely out of Flex tape.
Hogwarts: You want a scholarship boi?
Freaking brilliant!
someone needs to publish the heat properties of flex tape.
This is beyond a lot of damage
89 Alpha who are you so wise in the way of sience?
I love how Elon is pushing new ideas, and failure together. Because success without failure is just luck lol.
"I love how Elon is pushing new ideas, and failure together. Because success without failure is just luck lol.
"
better not while i was driving on freeway
Funny it's true
That's the true and only way that we are going to get out of this mess,of an World, That these 😵 Scientist created, The Carovi19!..
Super MaN 💪 Bro..
@Bilal Khalid holy fuck. You are really dumb!
Starhopper - the test article
Starship - the actual thing that goes to Mars
well starship will got to the moon. Then a revised version will eventually go to the mars.
Thank you!
Starlord, the pilot
Starwars - the entertainment
Svitman As often as plans change its foolish to say something with such certainty.
_"where stainless steel shines"_
*see what you did there*
I wonder if Starship will use Chrome OS...
Pvt. Duckling Nah. It will use android.
@@AQDuck Stainless steel is in fact made by alloying chrome into regular steel. ;-)
@@Keldor314 Thats the fucking joke everyone knows that
@@justADeni I thought it might be. OR it might have been a reference to the shiny part. Covering the bases.
2020: the tin can now exists and even launched once
Late 2020: Tin can evolved into an 80s spaceship and flew.
@@Rauruatreides Early 2021 : SN8 and SN9 did a spectacular flight, but RUD on landing. Waiting fro SN10 to fly and nail landing!
Late 2039: Nuclear winter took over after USA and China released their nukes over a struggle for world domination.
2043: We are surviving on scraps, communications with surviving groups have been decreasing worldwide.
2049: I'm down to my last can of expired beans, the rest of the world is silent. Four starlink satellites are still operational, they allowed me to send this message.
Late 2049: We weren't worthy of this planet, i'm so sorry.
@@JayPatel-ug1nh sn10 stuck the landing! And then exploded!
Mid 2021, tin can landed and survived!
Real Engineering: Sometimes you just need to make mistakes to learn, which is why you should sign up to Brilliant.
People who sign up to Brilliant: lol won't do that again
janet lopz I think you’re in the wrong comment section
@@willkaporis7958 It's obviously a bot, just report it
Other scientists: “Let’s colonize Mars”
Elon Musk: “Yeah, let’s colonize Mars, but first:
Meme 👏 Review 👏"
Found you again
Mars👏Review👏
Evariste Galois over 85 millions subscribers on PewDiePie channel... 0.1 $ per subscriber = 8.5$ millions... enough to invest in Space X and help Elon reach Mars.
But Ellon isn't scientist, he only "crazy" businessman ...
@@diegoviniciomejiaquesada4754 but it cost 1 bil to reach the moon so we need 5$ for every 9yr old. 85Mx5=425M enough to book probably a couple of seats
"There's no oil on Mars"
The American government has lost interest.
well people once thought Alaska was useless so who knows there might be larger reserves there than on earth
@@briancarlson6216 galaxy war 1 inc
sends orbiter to Titan for hydrocarbon exploration
Might not be oil but plenty of other materials
why do people think it's just america that cares about oil lol Kinda like how everyone thought it was just America that had slaves, when the reality was, America had a tiny tiny percentage of all slaves.
“Failure is an option here. If you’re not failing, you’re not innovating enough.” - Elon Musk
Unless he’s putting actual people in it
@@kstar1489 That's why it's a good thing to fail as many time as he needs while he still can
*Soviets Intensifies*
To me, SpaceX's "rapid prototyping" via blowing up tanks in a field with bits soldered to them seems more like messing up. Even NASA in its glory days with a nearly blank-cheque budget didn't have so many explosions!
"The key to success is slavery"-Elon Musk
Here we are. Days before SN9 takes off. I hope it could land perfectly this time.
weeks* lol
RIP
I guess it is rest in pieces now unfortunately. But sn10 will land in one piece, I hope.
@@thalescarl1589 I told you it should land in one piece, not that you should bring me one!
@@thalescarl1589 oh oh
The first liquid cooled rocket better have RGB
Jasonfireshield yea
*KGB
Especially because it makes it go faster.
zygmunt szymanski hahaha, Cejrowski wszedł mocno
What's RGB?
Origin of "WD-40" - I honestly never knew that before!
And apparently, it really was the 40th time they tried the formulation before they found the one that worked.
Water Dispersant formula # 40.
Along with Heinz 57.
@@wildman2012 It's just Science 101: "If at first you don't succeed...…"
WD40
Mindblown
I like coming back to this video to see just how far SpaceX has grown in such a short time, not just for a space company but just a company in general!
0:09 that fox is a classic image
Correction or note: It was only the fairing that toppled over. The bottom half with all the tanks, plumbing, etc stayed upright.
I only crashed half of my car, the trunk stayed untouched. Do you think I can sell it as half crashed? Asking for a friend :P
@@mirkokvesic1598 Do you have cover over your car that can be attacked? Imagine that getting blown away by the wind. It can be repaired without major problems. I mean they build it in a week in the first place.
@@mirkokvesic1598 A better analogy is that a cargo carrier on top of a car falls off. The car will still drive.
There is no plumbing in it. It is a set prop.
uaEquals42 the thing just detaches from the wind, sure, the structure will be fine when it enters mars. Elon Musk is a genious... Even nasa during the space race when there wasnt a lot of knowledge about spacetravel, even then they didnt have these kind of failures. Nasa tested everything and made a lot of stupid failures, but not this level of failure. I think if a normal, less ambitious person would leas spacex, they would accomplish much more, elon musk just wants to much, and often the things he want are just too early, science is not prepared yet.
Another amazing video again! Been a long time viewer and can say this channel is one of the reasons i'm studying engineering now
I can relate, I now want to study mechanical engineering with focus on motors and vehicles. I always admired electric cars and would love to work on developing better ones in the future. There are no car production companies in my country so that definitely means I would have to move somewhere else but it is worth it I suppose...
Nedim Lapo what about automotive engineering that’s all about cars 🚘
@@qadarinimo258 My mechanical engineering university has only 2 options, computer engineering and product design, and I literally can't see the difference between them, both of them have same subjects...
I wanna study aerospace engineering
I was interested in the field but, honestly, it got super boring unless I could hold a laser and zap something lol
As someone who works in Aerospace Metals I love these videos. Can you make a video on Nickel Alloys in Aerospace? Or perhaps Cobalt alloys!
Amazing content and good material knowledge! Another interesting consideration is application of torsional loads unto the material as Kepler's laws take over. This certainly makes isotropic materials like SS a preferred choice, at least until we can improve composite material science to respond equally well to compound forces. However, there will always be limitations associated with substrate selection for various coatings/shielding, especially as their CTEs vary and internal strain is created.
Looking forward to other videos!
"The thing literally fell over in the wind"
Mars, 2020
Astronaut 1: I'm gonna get the tools from the rocket.
Astronaut 2: Sure, go ahead.
*heads outside
Astronaut 1: Where's the feckin' rocket!? I just parked it right here!
LOL
The winds in the strongest Martian storms top out at about 60 miles per hour with an atmospheric density of 1% of earths atmosphere. So I would be surprised if this can happen on mars.
It's a joke.
@@oliver6496
Jokes usually work best when they have some basis in reality. When examined, this one turns out to be just stupid. I'm sure everyone here knows it's a joke, we just don't all agree that it's a good one.
@@oliver6496 and a good one
The ship looks like nothing else... unless you grew up watching '50s sci-fi.
Could be funny if they paint it red: en.tintin.com/images/tintin/albums/16marcheLune/C16%2025%20B%20COLOR_en.jpg
This is not a ship, this is a Havana cigar hungry for fuel and slow as snails, I bet it won't even go to the moon, much less 58 million Klm to Mars. TESLAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
What you said about WD-40 is true, It was deloped by Aerosol systems, I used to work there
I thought it was about driving moisture out of the electronics, not the bodies? Or was that just an unexpected benefit?
Mike Miller ok boomer
@@datgio4951 OK Loser
what is the formula
@@datgio4951 and what glorious generation do you hail from
One year later and it has worked
My Soviet university "diploma work" back in 1987 was to test this type of cooling for rocket re-entry, porous pressed metal powder was used, however there were problems with incostintent gas flow in different parts of provided samples. Hopefully perforated solid metal will work better than baked together particles, I really hope such protection is possible (although not 100% sure), only tests will show.
@BRAVOZULU DWEST boathouse I don't think it's possible to calculate these things precisely because of nature of turbulence, it is not really predictable and may create very local effects when one part of rocket will be heated much more than other part. That's why tests are still necessary. That's why wind tunnels are still used. However, it's hard to replicate all conditions of re-entry in wind tunnel, SpaceX is right to build cheap test rocket.
I think the biggest challenge will be with the baffle diffuser 'heat shield' that the methane will flow through; there will be cryogenic methane on one side and high-pressure semi-ionized hypervelocity gas on the other. This will create a high thermal gradient across the baffle plates, and I am not sure if anything short of an actual flight test will prove/disprove this approach. If it fails, it could doom Starship and jeopardize SpaceX's investment funding.
If it performs as designed, we enter a new era in spaceflight and human exploration.
@@HuntingTarg I wish I knew what kind of heat protection is used by the newest breed of Russian nuclear hypersonic gliders, yes they are disposable but still may use similar method to keep hot plasma from surface of metal, I know that Soviet Union worked on that long time ago. Although metal still will be heated by light but this is not the same as direct contact. The goal is to make gas cushion between plasma and metal. I doubt that methane is the best candidate, perhaps helium or some other inert gas that will not react with metal.
@@lsemenov under correct conditions a high-pressure high-flow gas boundary layer will form between the plasma and outer spaceframe skin. I wouldn't rely on that exclusively to protect a metal or composite frame though. A cryogenic fluid (Helium, Argon, Nitrogen) in an open-loop boil-off cooling system is conceivable, although I don't know of an example where that's been tested.
cOmMiE
Rule 1 of engineering: MORE TRIANGLES!!!
Don't be silly, that's Rule 3
rule 1 is actually "more circles". Since round forms can do a lot better against pressure than other figures. This is why our submarines, spaceships, bunkers, tunnels are all rounded :)
Civil engineering
LOL... thanks, Euclid! 😏
@@sMOS_arms what about a relaux triangle?
Can I just say you're a major reason I am getting a Certificate in Data Science and a Masters in Material Science & Engineering. Thank you!!!
Mate what a fantastic video, really well explained and I love the isogrid idea.
I'm British, so know you're talking in Celsius, but when you're talking about numbers in Degrees, you should always specify whether Fahrenheit, Celsius or Kelvin. The first rule of Engineering is "Name your units".
Kelvin is not a degree, in fact writing °K is a mistake. So the confusion can be only between Celsius and Fahrenheit. So in the non-retarded measurements units part of the world degrees are only Celsius, so no confusion at all
mezsh In space units that are used are metric. Not imperial. Should be pretty obvious
@@stefanvdw7895 you'd be surprised...
@@stefanvdw7895 When it comes to science and Engineering, one should never make assumptions. Remember the Mars Climate Oribiter?! Just name your units, whether it's obvious or not, then there's no confusion...
Enlightened Doggo You do realize it was done in a year when measuring the temperature with one Kelvin accuracy was considered good?
There's a couple of errors or misconception in the video and one key part brushed over:
1. "Starhopper" is just the nickname of the test vehicle being built in Texas; it has this name because when SpaceX were testing the software and systems required to perform landings with the Falcon 9 they built a short version of a Falcon 9 (with just 1 Merlin engine) which was called Grasshopper. The actual rocket that's going to Mars is called "Starship" as a whole, with the upper stage bearing the same name and the booster (which is only necessary for getting Starship off of Earth's surface) being called Superheavy (as a spiritual step-up from Falcon Heavy).
2. The Starhopper vehicle being built in Texas is not the same height, weight, etc as Starship (just as Grasshopper didn't have the height, weight, etc of Falcon 9); rather it's just designed to test propulsion and the final stages of landing (being able to throttle the engine properly, have a reliable and rapid gimbal system, etc). They do have a very rough approximation of the final Starship's CG vs center of pressure with Starhopper, but it's only really rough data. There's also rumours that they might attempt a simulated mid-air engine-out, where the rocket would descend under 1 or 2 engines (instead of all 3 they're installing on Starhopper; Starship is currently planned to have 7 engines), likely at a tilted angle - engine-out redundancy is important for something that's envisioned to carry 100 people to Mars and (later) back.
3. They're also going to be building a full-scale prototype of Starship separately to Starhopper; this full scale prototype was meant to be under construction now at the Port of Los Angeles, but SpaceX didn't renew their lease and are moving construction to Texas, so there's likely not much in LA right now (that can't be moved by truck, rather than barge, to their new Texas facility). It's not clear whether this would be a vehicle that later turns into an operational vehicle, but that full scale prototype will actually test things like the aerodynamics of the rocket (including the special aerodynamic control surfaces, have the proper manufacturing techniques (such as those involved with the active cooling system), etc. Starhopper will get the control laws tuned into the ballpark, the Starship prototype will refine these to transport customer payloads and humans.
4. This is the key part you missed out - a lot of materials, such as carbon composites, aluminium and even many stainless steels, get weaker when they're subjected to the cryogenic temperatures experienced when being used to store -200C liquids. The specific stainless steel (a slight variant of 301 SS for the tanks, a slight variant of 310 SS for the heat shield outer wall) that SpaceX will be using however actually gets about 50% *stronger* when it experiences these temperatures. The combined cryo + hot strength advantages of steel has ended up resulting in the payload capacity of Starship rising compared to prior carbon composite-based plans.
Dragon029 Great information, thanks!
And that's why i like to - if he covers it - watch Scott Manley, as he tends to cover all of these seemingly less significant points, even if it results in a longer and harder to understand video, as he wants to mainly inform us to the best of his capabilitys. Luckily he did cover this already (actually surprisingly long ago) in some detail, mentioning all of these points (although not all of them to this detail, he expects us to get the starhopper/starship-stuff by just indicating it).
That is great information, and Scott Manley did cover most of that. It is just formatted like a wall-of-text.
Sincerely; thx for posting.
can you be more specific
Legit.
thanks for sharing! "end your day a little smarter" love it
Very informative! Great content, thank you!
Just so you know, "Starhopper" is the test vehicle currently being built. The actual thing will be called "Starship" and the booster "Super Heavy".
Also, Starhopper with the old tip was only about 2/3 the size of Starship.
I thought BFR was great. Versatile.
Yes thanks for someone correcting that. It stains the work and knowledge he puts into the video when failing to properly name it. One starts to question other stuff then too.
“Will be”. As often as plans change I wouldn’t count on it.
@@Christopher28fair It was but people kept changing Falcon to the F word. You can't have 8 year olds interested in space if the most powerful rocket ever built uses vulgur in it
They actually let the carbon fiber tank explode to know it's maximum limit. It didn't fail.
hey, might as well get the most out of it, if you cant really use it..
at least the info will be useful when and if we can manufacture CF more easily
Interesting...good to know.
Yeah I would say that too to keep investors xD
@@Chamieiniibet it was joke. 😁
Thanks for making these videos!
Il remember this when i build my next space ship!! Thanks
Real Engineering 10:36 Sometimes you just need to make mistakes to learn, which is why you should sign up to Brilliant...
"Think like an engineer" dangerous words to say on the shop floor.
By far my best video in Real Engineering Channel :) Thank you!
Man, you're videos are awesome!! Keep it up!
not gonna lie, the sight of rocket landing is super cool
Thanks for being honest
Everyday Astronaut beat you on this topic, but I still watched this whole thing because your videos are just so good!
No way. This one is much better & to the point than everyday astronaut's long & boring video
@@rounakmahato67866 his video was more entertaining than this lol
@@rounakmahato67866 - I agree. I can't stand everyday astronaut because I think his content is lackluster, roundabout, and poorly thought-out. I know that Scott Manley and Everyday Engineering on the other hand take their research seriously as they sometimes talk about other things they've learned while doing research or the books they've used to do research. (And they don't frequently write and speak really bad sentences...)
There is no such thing as too much rocket. I could watch these videos all day without being bored.
Scott Manly was all over this topic months ago when the first pictures came out.
Great video! Very informative!
Amazing video! Thanks
I think one aspect that was missed in the video is that Stainless steels have also come a long way as far as properties in the last 50 years. They are generally easier to weld than aluminum alloys and not prone to the same fatigue life. In general Stainless steels have gotten significantly stronger (UTS) in the last 30 years and therefore can be considered an option that was not feasible in the 60's of 70's.
Space X: "I can build reusable rockets that land themselves on land or on water at the same time!"
Wind: "Can i come?"
Landing rockets on the wind is a genius idea
Heh sad that they only recently figured out it was a bad idea to reuse rockets and thus had to figure out ways to rethink the dmg caused by rentry.
BootlessDave : HAVE U EVER SEEN , ONE LAND .?? 😳😂🤣😂😳.....
selling bad ideas is the best kind of entrepreneurship.
@@Yor_gamma_ix_bae who's "they"?
I agreed with everything you said. But you did not seem to want to replay. So much fun. I am always here for you!
I like how you explain their decisions just before SpaceX to change them
While I hope Elon pulls it off, I wish they would not call the thing Starship. Its supposed to take people to Mar's, not Proxima Centauri.
Planetship sounds stupid though
Let's go back to Big F*"king Rocket
Lockheed Shooting Star, Starfighter, Starlifter, Ford Comet, Boeing Starliner. There is a long history of naming various types of vehicle with astronomical names, despite them not being designed to actually go to their namesake. Starship is fine.
@@Bryan-Hensley I was fine with BFR but I preferred Big Falcon Rocket.
@@keithallver2450 I wonder if the upcoming falcon eye rocket had any influence on the name change
Cuz stainless steel vehicles are better for time travel
this comment is too far down the thread!
We don't need roads were we're going!
Gee, can't wait until someone accidentally encounters their past self and causes the collapse of space time continuum!
Great Scott!
@@fisherjam5182 back to the future 2
This week SpaceX just sent a live crew to the ISS, which the US hasn't been able to do for nine years. Elon Musk has his quirks but he is the kind of entrepreneur that America has been lacking for about 40 years, a true innovator and achiever.
many other companies have not made nearly so much advancement in their fields (im looking at you,, car companies) but Musk is pushing the envelope and getting results. (by the way the most advancement weve seen in AUTOS was also due to Musk)
Innovator? As long as you land on a parachute in the ocean? Old stuff, that was the way 60 years ago. Be real and land the normal way on land.
@@wajapip cringe
They couldn't decide on a colour for the ship, Then when the sun's rays hit it, Oooooohh Shiny, We like that, Sod the paint job.
SpaceX is killing it right now.
I hope this works!
The words "space" and "killing" probably should not be used in the same sentence. Just say'n! :D
If Musk keeps forcing his engineers at this pace, that might be literal!
@@vonn1334 no thanks, I suppose you might be using your head right now, Mr. Richard Cranium! LOL.
SpaceX is seriously a hot topic right now
So is Tesla. Lot's of skepticism how they're going to survive. Well, that and their solar city plans.
@@thishadowithin SpaceX came out of nowhere and is suddenly launching more than half of all American rockets, and more than a quarter of all rockets in the world. And since Falcon 9 is a medium to heavy lift vehicle, if you compare by payload capacity, the number goes to greater than 50% of the world. If more than half of new American made cars were Teslas, you'd darn right be talking about Telsa being wonderful too.
Keldor314 do you believe over half of America will drive a Tesla? They might want to not drive in Winter months. Doors that won't open and completely drained batteries in freezing weather. Not good.
Keldor314 oh and don't forget, his solar empire is collapsing. Double uh oh.
Spacex is profitable but tesla is not. Tesla is also government funded
Thanks for the informed data exposition
You could Rib these verticly too! To boost strength.Iso grid is cool too!You guy's are doing fine so far!Good luck!
I love this channel, this was a bit of a bizarre video though. Mentioning the fact that the Starship has to reenter "not once, but twice" kind of down plays the significance of what Spacex is doing here. They're not just developing a rocket for the purpose of going to Mars and coming back, they're trying to design a rocket that can go to Mars, come back, and then leave again any number of times.
The goal is a fully reusable rocket than can go to space and reenter tens, hundreds, or maybe even (a bit aspirational) thousands of times. And it's not just for Mars, it'll also do routine launches of satellites and cargo to places like the ISS, geostationary orbit, etc. It's intended to completely replace the Falcon 9 and Falcon Heavy, so it's going to be doing quite a bit more than going to Mars.
I think a dozen flights would be great reusability - a hundred would be phe-nominal!
It might not be a far-off time where someone is on Mars or a Jovian moon trying to explain to their students or children (one and the same?) What the days of aluminum & carbon fiber rockets were like and why it took six decades to make reliable rockets out of steel.
I should plan to see a Falcon Launch soon - there will be more while Starship is being tested.
Although remember this is only starship that they are planning to make out of stainless. The rocket, or BFR, is likely going to be made of the same composites as falcon, if I'm not mistaken.
Yes, the rocket could be reused BUT the initial challenge is to get it up to mars, bring it back and most importantly have it's crew not die.
Then, when the rocket is safe home it will be possible to do repairs, change the outer most layer or shields or whatever. The rocket itself will be the same but it won't land and go back again instantly. The structural integrity of the steel won't be the same the first time it launches and when it comes back.
What I'm trying to say is that the initial challenge is to: build rocket to get to mars and back, then the next challenge would be different, use old rocket to get people to orbit.
I would fly to the moon a couple of times before flying to mars but Elon has other impossibble plans. People wake up from this fakery
@@jeremiah1st More crazy, unrealistic Elon goals. It more nonsense like electric cars, tunnels, re-usable rockets, etc. When are people going to realise that Elon's plans never amount to anything.
This is slowly becoming my favorite channel
Cooling the skin with cow farts!! Intriguing.
Hoo ...! Yes, and use virgin girl's piss for fuel ..!
Liquid cow farts
ITS MORE COMMONLY KNOWN AS SWAMP GAS...sorry i shouted, some of you still hand your dicks in your hands!
@@epiccollision , good idea.
we love space x. We traveled to Boca Chica to the the starshing get built. & we got the S dual motor fsd last Christmas 🎄 😎 still have the cybertruck tri motor or 4 motor fsd on order..
The way he said "aluminum" had me cracking up! His accent sounded like a mix between an Irishman and a pirate, naturally I'm super jealous that I don't talk like that! Definitely kept me entertained mimicking him throughout the video - but all jokes aside, love the video, and please keep up the good work!
Adam Brzak, I know right, saying a word like it’s meant to be said, and not the butchered American pronunciation. Wild.
That's because they spell it funny too. Instead of Aluminum, they spell it Aluminium. We are both pronouncing it right, since the word itself is different despite referring to the exact same substance.
Plus it won't rust from all the humidity on Mars 😝
There is no humidity in Mars armosphere
@@meegomeow That's the joke, my dude.
@@meegomeow whoooosh! There goes the Big F*cking Rocket (BFR) aka the joke
@@meegomeow r/woooooooooosssshhhhh
@@nootnootpenguino8586 R/woooosh 4 o's
“On the surface though the whole operation looks a bit like a shitshow” 😂😂😂
It's just highlights how far they went in just 2 years.
@@bergonius yeah. I just thought that RE brings it up in a funny way
Excelent presentation and material
Elon Musk really needs to sign up for Brilliant.
Brilliant really needs to sing up for Elon Musk
Why? He is already educated on rockery
His team of European engineers that work at SpaceX are the real geniuses if we're being honest.
German Engineering > Rest of World
@@Glorious_Kim_Jong_Un you mean dutch engineering, right?
@@Glorious_Kim_Jong_Un That's a pretty ignorant statement. ruclips.net/video/CIvtiNpKEY0/видео.html
Great video!
I'm glad space X is using steel. Those concepts just look so futuristic!
I would love for you to do an update on BFR development, now that the Mk1 Starship is close to complete. The fact that they can make something like that on a beach in Texas, is maybe the most impressive thing about it. It's like performing surgery in a blooming canola field.
Matt Groening deserves credit for the design of that spaceship - because I've seen it before on Futurama!!
And I have seen it in Thunderbirds 50 years ago
@cosmicVox13 i saw it on buck rogers
I saw Marvin Martiain arrive on planET earth in that exact same rocket. I think Bugs Bunny rode on one of those too.
"Sometimes you just need to make mistakes to learn" you sir, are a legend.
What I learned: Space travel is just min/maxing.
Yep, there are no do-it-all solutions in space travel. It's always a matter of where and how you compromise for the job you need to accomplish. It's the same with the rocket science behind the engines etc, there is never a holy grail solution for any problem - only solutions that sacrifice as little as possible of what is essential.
@pyropulse Yeah this kid needs to go outside more and realize that the game of life is literally min/maxing.
Gồ
Really great video! But the best part was the extremely smooth segway to your sponsor :)
One important factor you didn't give enough attention to is the fact that with very large spacecraft, there is more room for carrying extra weight. For smaller spacecraft there is a very small margin and any extra mass means significantly higher launch costs per kg. However, for a large reusable spacecraft the equation changes dramatically. There is much more room for extra mass and reliability and reusability become far more important. The main reason why super large rockets have not been used till now is the lack of reusability meant the greater complexity of larger rockets was less economical than small ones. They would have had to launch large numbers of satellites on every launch to be economically viable.
Also this is not for spaceflight, it is only for testing the dynamics of the vehicle when landing vertically
Timothy Whitehead that’s what everyone thought when they decided to make the space shuttle, and now look at it.
They says SSTO's sucks. Let's see till someone built a cost efficient and quality SSTO then that kind of rocket reusable will be obsolete.
Splint Cell eh as nice as SSTOs are on paper it’s far more efficient and cheap even with potential future innovations. Why try and make something a ssto when for the same cost you could have a 2 stage rocket and launch far more. Do not get me wrong sstos are cool they just don’t really work for Earth
Oh and I assume that your on about a reusable ssto.
FYI that aluminum CNC'd away IS NOT wasted. It's collected, melted down, and reused to make new aluminum billets.
At least it is in any other business besides SpaceX. I assume they do the same. No one would just "waste" that much aluminum and just throw it away, actually wasting it.
Can't do that with carbon fiber, which is what the BFR was originally going to made from
They recycle at the space center and at space x.
Yeah, but the value of the aluminum shavings is tiny compared to the part they were shaved from. The original part might cost hundreds of thousands of dollars, and you get to sell back a few thousand in scrap aluminum - it is just slightly better than a total waste.
They don't call it "waste" because they throw it away, they call it that because it is a waste of time, energy, and money. The more material to be removed, the more time it takes (man hours and machine time) to remove it. And it takes a lot more electrical energy to do this. And all this brings up the cost. They don't get much money back from their aluminum waste. Designing parts with less of this waste is super important in producing things economically.
@@24680kong
Isn't that basically what I said?
Great video I subscribed after seeing the production footage always wondered how they did that.
"Sometimes you just need to make mistakes to learn... *Which is why you should sign up to Brilliant*"
Damn that was brutal XD
The problem is this one, you learn to create mistakes and you can't create anything else and you are 100 years late. Damn this is brutal. Albert Einstein will smile when he sees these Havana cigars, hungry for fuel and slow as snails, after having seen Tesla UFO testings at 100,000 Klm / h. Real engineering 100 years late in time. TESLAAAAAAAAAAAAAAAAAAAAAAAA
I highly recommend watching Scott Manley's videos to learn about rocketry stuff in a divulgative level (there're more interesting channels but that's the one I'd always recommend first).
few months later, and we are on the cusp of Starhopper doing a 20 m hope, with Starship doing a 20 Km hop in a few months. Hope you will do a follow up. cheers
Who come here after the launch? Starship roll multiple times at highest speed and still intact before be self-destructed. Its shown that Stainless steel is ultimate choice for it and maybe later space rockets.
Nasa had made a rocket from stainless steal and it couldn't stand its own weight if it wasn't pressurized, it collapsed on the launch pad
I love that design.
Short answer: they felt like replicating Queen Amidala's ship.
What's with these trite, vapid comments?
@@greenbanana311 I think the ' Queen Amidala ' remark refers to an old scifi 'Silent Movie '. ruclips.net/video/yoROo4Ur49c/видео.html
@@waynebow-gu7wr you ever seen the Star Wars prequels?
@@vegacomplex8290 No I haven't... but I realized after posting the link , it was Queen Aelita. But the space ship does look like Musks !
Use of propellant for cooling during reentry is not as unusual as you think as this is not the first time it was proposed on a space vehicle.
It was featured on a lot of Phillip Bono's designs such as the SASSTO and ROMBUS.
what a genius design, amazing
Dude, you are better than my physics teacher. You might have just inspired a kid to become an aerospace engineer.
Astronautics engineering student here. Its super challenging. Math.. and programming.. and math.. and programming.. calculus everywhere
seriously though most people want to be a aerospace engineer, but then you go to college. Then you take an engineering calculus class and you realize....... that liberal arts degree doesn't look so bad anymore.
Be inspirational.
We don’t care about actual rockets, we only care about Elon making genetically engineered cat girls
Comrade.You have my support.
I have to wait 90 days to change my name
Yes yes this has my support
Fucking furries
bind nah it’s weebs. Furries want to fuck fully sentient bipedal cats. Weebs just want a human girl with cat ears.
Every dollar spent on mars rockets is a dollar not spent genetically engineering catgirls for domestic ownership.
*Me acting as if understood anything he said in the video*
Well, it is rocket science, so...
Same
Physics 101.
Da fuck? He’s not even using any math.
its easy you see? its just... rocket...metal... hot...hmm...wind making rocket fall over....hmmmm..science, its... easy
Dude we need an updated SpaceX video. So much has happened since you released this one.
Could I also suggest that Stainless Steel might offer greater protection from particle bombardment and Hard Radiation, as well as the other benefits?
Nothing's preventing you from doing so.
Elon Musk: “In this spaceship we will reach mars”
Spaceship: *gets knocked down by wind*
that's just hopper
"Tis' but a scratch!"
Elon musk: *tests it without he top half*
@@theholderscock thats the plan lol, this thing wont go to space. Its like the Grasshopper, just tests.
Starrrrrrrshipppppp is almost ready 🚀
Wondering if you would do an update video on Starship now that it has been 2 years its truly amazing how they developed both Starship + their new raptor engine. And if you notice in Starships current development they have reverted back to using ablative tiles which is interesting.
It’s funny watching this 4 years in the future where they have just successfully blasted starship into orbit
Please do one on the raptor engine as well!!
Nah it's for aesthetic. Obviously.
The KingTeam apple has joined the chat
@@Sataka23clips lol
The X-20 Dyna Soar's heat shielding also would've used liquid coolant during peak heating.
Thanks for the well done video. What I liked most about this video is that it wasn't degraded by having to look at someone's face presenting this video.