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Oms: orbital maneuvering system Also the shuttle rolled for 2 main reasons. 1) so the communication antennas weren't obstructed by the tank 2) the more complicated item was the flight azimuth. Basically you need to go in 3 dimensions to get to space. That's very complex math for the computers. Rolling to get the right angle removes 1 direction to manage. Now its only height and distance to calculate. Simplifies the computations for the computers to get into orbit.
@@JaredOwen Have you seen the video on the roll program by The Everyday Astronaut about why SpaceX still does a roll despite using much more complex computers that can perform the math in all 3 dimensions? It's pretty fun. :)
In fact, if we're talking strictly crewed launches, up until very recently, late last year, the Soyuz vehicles used rockets which were unable to roll. That's because the Soyuz rocket did not have the necessary computing to handle a roll program. To adjust the launch azimuth, the launch platform had to do that "roll" maneuver on the ground, while the spacecraft did the pitchover maneuver. Starting with the 2.1a (which was tested last year with a robotic "crew member" and actually flown with crew this year), like the Space Shuttle and the Falcon 9, it has the capability to do a full roll maneuver as well as a pitchover.
@@kevind814 look at the roll video by everyday astronaut. Explains why you can't just move the rocket on the ground. And to get to space you just got to go straight up to the Karmin (spelling) line maybe 100 miles?. To stay in space you gotta go up a good bit but then go sideways really fast. About 17000 mph. Because its not 0g, its continuous freefall. You need to be going g fast enough "forward' so that when you fall down the earth the earth curved away again.
I'm an aerospace engineer, with several spacecraft designs and flight missions under my belt in ca 20 years of career. So I can tell you this: man, you good. Loved the Apollo series, but with the Shuttle you're hitting a new level! Respect
Another fun fact I learned at Space Academy in Huntsville, AL is the reason the Main Engines fire at T-6 seconds is because they are angled slightly (note the gimble test earlier). The angle of them causes the whole structure to tilt when they fire and the structure then rights itself. It takes approximately 6 seconds for the structure to come back to vertical so it's pointing straight up when the SRBs fire. If you watch old videos of shuttle launches you can see the "twang" that happens with the main engine ignition.
Scott Manley has a great clip showing just how much the stack would flex. It's actually a bird strike video but the camera happens to be lined up just right to see this.
Not exactly. The three main engines go through a staggered start and are then monitored for about 4 seconds to allow start up transients to steady out and ensure that the engines each reach at least 90% thrust or a shutdown of all engines will be commanded. The rest of the time before T-0 is to account for the "twang" so that the vehicle transients are complete at SRB ignition. (If you go back and look at the STS-1 Mission report, it talks about a 5.6 second interval for SSME start up transients which implies only 1 second added for the twang, but one old workbook I have says more so not sure of the exact number.)
@@atashidey9414 Alright haha, it's just a suggestion for a future video, by this I have to say his one is breathtaking! Edit: Also, Jared has pretty much done KSC for this video, it'll be cool to focus on particular parts of the launchsite
Extra fun facts about the SRBs: At the top, surrounded by solid fuel, is a carbon composite structure shaped like an asterisk (*). This structure burns with the solid propellant, and it makes the propellant around it burn a little faster. However, it burns up entirely in about thirty seconds, and the burn rate slows back down to normal after that. This creates the effect of throttling down the boosters by reducing the amount of thrust they create. The composite structure is sized perfectly so it burns up completely right at max-q. I like this idea because it's a clever way to reduce the thrust when they need to without anything too crazy. Another cool fact is that they were going to make different, lighter, newer boosters for flights out of Vandenberg, but those were cancelled after the _Challenger_ disaster, which was one of the many nails in the coffin of the Shuttle-Vandenberg idea.
"Once inside the animation video, Jared Owen would literally crawl all over to edit and add effects to the work to upload the next video. This process can take several months to complete. This is part of the reason why Jared Owen's content is so marvellous
@@JaredOwen i couldn't help but think how much time it would take for you to render and of course it is in cycles so that's more painful thank you for the effort anyway!
@@JaredOwen hello Mr. Owen👍👍❤️ I'm from India. I'm big fan of you and your work. My request is this please please please make a animation video on road roller (old type). Would you please please please make this🙏🙏
2:08 Despite being "as tall as a 38-story building", the VAB is technically a 1-story building. It holds the world record for being the tallest building with only one floor.
@lady galadriel Hello there. I believe that Jared already did a video close to what you request. Here is the link if it helps: ua-cam.com/video/B1fj6IgfDRA/v-deo.html
I don't know if you will see this. But I just wanted to thank you so much for this video. My 7 year son is autistic and obsessed with shuttle launches. He's not verbal, but he insists on watching this video everyday on the way to school and on the way home (while following along with his own shuttle) So, thank you for what you do. Your work has brought so much joy to a little boy in FL
This video is both informative and enjoyable. Surely a ton of research and massive editing skill poured into this with the result that I learned huge in just a few minutes. The only mystery to me is how could someone dislike this video.
I watched and read many summaries about the Space Shuttle launch process. This is by far one of the best I've seen. It's very detailed without ever getting mundane. I even saw some stuff I didn't know about before. Stellar job, Jared.
This is fantastic. My son is 12 and loves space and space exploration and all the details of it. This was amazing. Thank you for huge amount of time and effort this took. Just amazing!! 👏
Good Job Jared. Having worked on the Shuttle at NASA for 15 years, you got it right. It’s hard to do, especially in a way that most folks can understand. Good work!
Yeah, but at a theme park you don't have millions of gallons of highly unstable fuel, that if blew up, would end your "fun" ride in the blink of an eye.
I truly, genuinely, cannot imagine a single reason why anybody would dislike this video. Great animation quality, very informative, very simple explanation of a compiles matter... 11/10, Jared.
This guy actually deserves a lot of respect and more subs than he has right now. Watching his videos is much better than wasting our time on social media, etc. This truly has helped enhance my knowledge. A moment of silence to appreciate him...
Huge respect and appreciation for such high quality animation and narration. You overshot my expectations . Even more appreciation for using metric. Keep going, to say the least!
Well. Space is read in world units. Aviation in freedom units. And science in.... Well, that depends if you're *freeeeeddooooooommmm* or literally the rest of the world. In the first case, science is in *both.* and in the latter, it's metric. So he stays pretty true to what the units are supposed to be, I believe.
I have followed the US space programme from afar since the last of the Apollo missions. I am an 'old school' engineer and I understand a lot about the shuttle and - in a way - I looked at this tube to see how bad it was. The best compliment I can give is to say I wasn't going to give one. This is an excellent beginner level introduction to the space shuttle programme supported by wonderful visuals that really help tell the story in a very accessible way. Instant like. This really is "must see TV" for anyone taking those first steps into what can be quite daunting subject matter. Excellent work. Very impressed. Subscribed.
I really dislike social media. UA-cam is the only one I do,and not for much longer, but it's videos like these that I really enjoy tyvm for sharing this.the people that made this vehicle, and what it was capable of doing is absolutely incredible.there are some very intelligent people on earth,im glad they came together to give us this.
Jared, your videos are absolutely amazing. I am fascinated by space, and you give meaning and understanding to why things are and how things work. Thank you. I just recently visited the Space & Rocket Center in Alabama for the second time with my family ... (a surprise trip for my almost 80-year-old father, who was seeing it for the first time.) ... and after watching your videos, I have a clearer understanding of things. And for the record, the space shuttle, rocket boosters and fuel tank are fascinating to see in person and are ginormous!!! I truly appreciate your work.
Jared, I just wanted you to know that my 4-year-old son LOVES your videos. He is such a curious kid who is always asking about how things work, so I was thrilled when I found your videos because they contained simple, yet thorough explanations. He walks around and tells me about all of the things that “Jared has taught him”, and when he explains the same things to strangers he meets in public, they look at him in shock because they can’t believe a 4-year-old would know so much about these subjects. 😅 I’m thinking about taking him to Seattle one day so we can visit the Space Needle. I know he would be thrilled to be inside, but I can already hear him warning me, “Remember, Mom, only the floor is spinning. So if you put your belongings on the side, you’ll slowly spin away from them.” 😂
Hi Jared, This is incredible. It's answered so many questions I had about the space shuttle launch. And to imagine you put in so much time to research it. Keep them coming. Warmly Egan
I worked on the Shuttle for 11 years. This video is great. The only correction I would make is OPF 1and 2 face the other way. All three allows the OV to roll on the “tow way” to the North entrance to the VAB. Neither OPF 1 or 2 had doors on the south side until Shuttle ended.
By human standards, the shuttle is clearly the work of superior civilisation. That aside, these computer animations are first rate and make everything so easy to digest. This is what I call high quality, independent content creation. Subbed.
This made me so nostalgic for the Space Shuttle launches I grew up with. I would recommend to anyone to see one of the four shuttles on exhibit in museums (Atlantis, Discovery, Endeavour, or Enterprise) as it is a truly awe-inspiring experience just to be in the same room as these amazing machines.
Jared! My 3 year old is obsessed with your space videos and quotes you to our friends and family!thanks to this video, he is now a super fan of Mike Mullane too! ❤️
Heyy!! Thank you again. If you ever get a chance to make an animation on Starship, please know you've got avid audience waiting for it :) We went to Kennedy space center and my son was looking for you!! Haha thanks again
I watched this whole (fantastic!) video about all this incredible technology and I'm somehow fixated on the escape plan being a zip line with baskets attached. 😂
When I toured the Space & Rocket Center in Hunstville, AL, there was an IMAX movie about the Space Shuttle (mid 90s). The movie took you on a ride of the emergency egress zipline - it was mindblowing. Just watching the first-person perspective, I could feel myself leaning into the momentum, and then suddenly recoiling when we hit the net at the bottom. Amazing.
I know it really takes hard work to produce this kind of quality content.....and this Animation, just wow...just wow man! ❤ Keep up the brilliant work.
Ideas: How an aircraft carrier works? How a fighter aircraft works? How a submarine works? How a destroyer works? How a nuclear reactor works? What happened in Chernobyl?
When I was in grade school in Kinsley, KS in 1960s, we went into the gym and all us kids watched some of those flights live on a very small black and white tv.
I think one of the biggest videos you are missing is "How does an engine work?", Where you break down an engine, such as a V8 hemi, but also include examples from other I style motors. Btw Jared it completely baffles me how you have the time and patients to do this amount of extensive research, but not only that but to ANIMATE it. Bravo.
This is a really nice video. Thanks. While I am a space enthusiast, I am not actually a Space Shuttle fan. I think Obama was right in shutting the program down and Nixon was wrong for being so quick to dump all that we learned about rockets in the Apollo program overboard in favor of the Space Shuttle. The reasons for this are: 1. We found during Apollo the most efficient way to get into orbit is essentially with a two staged rocket. This is you have a first stage that comprises ~70% of the total starting mass of the rocket use up its entire propellant load and then you have a fully fueled second stage do a second burn to more or less achieve orbital velocity. While you may point out the Saturn V rocket was a 3 stage rocket (and another great thing to make a video of), the third stage was primarily used for the Lunar injection burn; the first two stages were used primarily to first get above the atmosphere and get the initial velocity with the first stage and then for the second stage to get up to orbital speed. As so little mass can make it into orbit, this staging was very important to chuck empty structural and unneeded engine mass overboard as soon as safely possible (staging inside the atmosphere at hypersonic speeds is a terrible idea) and then continue on up to orbital speed starting with a fresh rocket that only has what it needs for the next leg of the journey as any extra cuts into the payload mass you can get into orbit and if too heavy and inefficient, quickly leads to a sub-orbital rocket. Getting back to the Saturn V, it got ~ 2.5% of its starting mass into orbit as payload when say used for the Skylab mission where it was used as a two stage rocket using 1960's rocket technology. The Space Shuttle on the other hand throw all of this knowledge gained out the window and went for a 1.5 stage to orbit design. Even using 1970's rocket technology, which one would think would be better than 1960's rocket technology, it could only get ~1.6% of its starting mass into orbit as payload. At this it had to strip all of the safety systems out and use an inherently unsafe design to do this. The biggest reason for this drop in efficiency to orbit, meaning you needed a much bigger and more expensive rocket to do the same job, is the 1.5 stage to orbit design meant by the time the rocket boosters dropped away, the stage that made it to orbit was unreasonably heavy with a lot of empty tank mass as the tanks that made it to orbital speed (or just below I should say) drained down quite a bit by the time the rocket boosters dropped away; you were not starting with a fresh rocket at all. So then all of that empty tank mass at stage separation was a lot less payload you could haul up to orbital speed. 2. The rocket boosters were heavy, inefficient, and inherently unsafe. You can say yeah, those solid rocket boosters produced a lot of thrust. Great. However the ISP was low for orbital class rocket standards, meaning the boosters ran out of propellant early on in the flight, leaving a lot more work for the SSME's to do and even more propellant in the central tank being used to make it up to orbital speed instead of pushing payload around. Then as the boosters were big, simple pressure vessels that had to hold back the full chamber pressure the whole length of the boosters, they were very heavy as in lots of dead weight. This meant the boosters were even less efficient than a liquid fueled booster that used a turbo-pump as the turbo-pumps pressurize the propellant so the rocket stage tanks can be made lighter as they don't have to hold back a tonne of pressure. This can be helped some with carbon fiber composite materials, but this is not what the boosters use nor will they ever, including on the SLS, another boondoggle based on the same failed tech as the Space Shuttle. Then as you kind of touched on, the rocket boosters are not really safe because once lit, they are lit and there is no stopping them for anything. Actually the Russians never used solid rocket boosters because it didn't meet Russian safety standards when Russia is not exactly known for having the highest safety standards. 3. Having the orbiter strapped to the side of the main tank instead of being on top is just crazy, especially when you remove the outer cover to the foam insulation in order to make the rocket lighter. I mean riding on top of a rocket is inherently just safer. Everywhere you look at the Space Shuttle design, it is inherently unsafe to the max and they can't add any safety systems because the added weight would just mean it was a sub-orbital rocket because the inherent inefficiency of the 1.5 stage to orbit design meant that it was a real push just to make orbit at all. So you add anything safety wise and it is extra mass and thus this thing doesn't make orbit. 4. The whole winged orbiter design while looking cool on the surface, well wings are not needed in space. It is just dead weight you hauled up to orbital speed, which is tremendously fast for chemical propulsion to do and thus why it is so hard to make orbit. I mean going several miles a second every second is just mind blowingly fast and just on the edge of what chemical propulsion can achieve, the only method we have used to achieve orbit to date. So the Apollo program proved you didn't need wings to make it back to Earth safely, just a heat shield on the bottom of a tear drop shaped capsule. Great, we have a way to get something back and don't need big, heavy wings, and we can just barely make orbit at all, so why would you add wings? It just doesn't actually make any sense. If you are so bent on having reusable SSME's, make them detachable and stuff them into a cargo hold in your space capsule. So the cargo hold holds cargo on the way up and engines on the way done. Job done. Now we have the Falcon 9 rocket and Crewed Dragon that has a partially reusable design that makes some sort of sense. Recover that first stage, which is ~70% of the total rocket and have a crewed capsule riding on top of the rocket with a launch abort system built in the astronauts ride in. Orders of magnitude cheaper than the Space Shuttle. And now we are looking at Starship, which is looking to recover both stages if they can, potentially making it super cheap to launch over and over again.
you left out the "twang" when the SSME's light. and its part of why there is a delay from main engine light to SRB ignition. when the SSME's light there off center thrust causes the WHOLE stack lean forward and then settle back to vertical.
Yeah it settles back but not to the same vertical in which it originally was. As the SSMEs keep running they apply torque, so the new equilibrium in which the stack attempts to settle is angled a bit forward anyway.
@@inconcluseveitytiy339 It was a steam explosion. A nuclear explosion (like an A-bomb) can't be produced by a nuclear power plant under any circumstance.
Your work is so fantastic. Your dedication is great which can be seen in these videos. Only relevant and useful information without any exaggeration of facts.. Hat's off..
This is one of the best videos i have ever seen in youtube..everything perfectly explained in details..how space shuttle works..extremely thankful and really appreciate your effort in making the videos..keep it up👍👍👍👍
After I read Mike Mullane’s book a few years ago, I reached out to him and he was very kind to reply. It’s a great book, full of fun facts and his sense of humor.
I'm gonna be that pedantic nerd for this evening that points out that while "fuel" is a correct term for the hydrogen, the oxygen is not fuel but "oxidizer" and the correct term for the combination of the two is "propellant." The SRBs propellant also has both fuel and oxidizer mixed together in the slurry that is formed into the propellant inside the big tube segments, but in that solid form they are very stable and won't ignite unless a lot of energy is introduced But great video all around :D I just felt like nerding out a bit
fun fact: a replica of the orbiter vehicle cockpit was displayed in the Brisbane Museum and had a video playing of the history of rockets, the space shuttle was in that video
Im glad you showed the subtle detail of srbs having a hollow core. Im in my 4th year of getting an aerospace engineering degree and we just made some solid rocket tubes. I never knew that they were hollow before hand. For more interesting info, you should look up how propellant grain (the shape of the hollow part) affects engine performance.
I am out of words for the time, effort and true dedication put into this work. I knew most of the information but still learned a few things and I enjoyed every single of those 15 minutes. I don't even know how it went by so fast.
my favorite thing to do for the past year or so has been to learn about rockets. This is one of the most accurate videos out there about a space shuttle launch, and the animation makes it very entertaining too. Another great one is made by Scott Manley if anyone wants to learn more
This is an excellent video animation. Thank you so much Jared for your research and for creating a very clear and informative presentation. There are so many shuttle parts and sequences you have well explained both visually and in your narration. And although the shuttle launches have been scrubbed it is still very useful to showcase how these missions were operated.
OMGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGCOLL AND WOWWWWWWWWWWWW😊😊😊😊😊😊😊
3:09 Funfact! I know one of the people that worked on the plane that carried the shuttle. He is australian, an engineer, and an airplane expert. I'm polish, but i'm bilingual. He's pretty old, and i don't want to reveal his name. He worked with many others to think/make an engine that could carry the shuttle. I don't know much about that process, but i know him. He's the boyfriend of a female friend of... my mother. So, yeah.. Sorry if this was annoying, obnoxious, or just very bragging-ish. Thanks for reading, buhbye.
I wanted to understand the full working and engineering... glad. Also, I learned that the shuttle's engines are inclined to pass through the tank's center of mass to maintain stability, that why my rockets in KSP kept crashing!
@@drinozhao7652 the book that got me interested was Astronomy for Dummies. Also, u could read Stephen Hawking's A Brief History of time which takes a more Physics-approach to the universe. It is in simple words, and can be understood easily enough!
Nobody cares about the Titanic anymore, its so burnt out but maybe he could do one of the king of the seas, the biggest cruise ship on the planet. Or perhaps the Mary Maersk the biggest cargo ship on the planet.
also, I'm not sure if I want him to make a Titanic video because i'm not sure if he will include conspiracy theories in it. There's this very popular theory about how a fire weakened Titanic so that the iceberg caused more damaged. That's fake news. There was a fire on Titanic, but it didn't cause any serious damage or weakening at all. Or there was was a small dent that wouldn't have effected the damage from the iceberg much. Many youtube channels and newsites have fallen for this conspiracy theory, so I don't want Jared to fall for it too.
Thank you! My four year old was just telling me he wants to go to space. So we were talking about what he needs to do as he grows up to get ready for that kind of career. Then he asked how the space ship gets to space. So we watched a launch vid and yours was next up. So interesting. We both learned loads from you!
Really fantastic animations are there in the video... Actually, I came to see some parts of the shuttle only by your animations...He deserves much more for his great effort...
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No
Meh
Hell yes
hi
notigang
Oms: orbital maneuvering system
Also the shuttle rolled for 2 main reasons. 1) so the communication antennas weren't obstructed by the tank
2) the more complicated item was the flight azimuth. Basically you need to go in 3 dimensions to get to space. That's very complex math for the computers. Rolling to get the right angle removes 1 direction to manage. Now its only height and distance to calculate. Simplifies the computations for the computers to get into orbit.
Yup! I was trying keep things simple for that part but yes - the math does get very complex
@@JaredOwen Have you seen the video on the roll program by The Everyday Astronaut about why SpaceX still does a roll despite using much more complex computers that can perform the math in all 3 dimensions? It's pretty fun. :)
Does the launch go straight up or at a slight angle? Why not just launch at the angle that has the shuttle in the down position to start with?
In fact, if we're talking strictly crewed launches, up until very recently, late last year, the Soyuz vehicles used rockets which were unable to roll. That's because the Soyuz rocket did not have the necessary computing to handle a roll program. To adjust the launch azimuth, the launch platform had to do that "roll" maneuver on the ground, while the spacecraft did the pitchover maneuver.
Starting with the 2.1a (which was tested last year with a robotic "crew member" and actually flown with crew this year), like the Space Shuttle and the Falcon 9, it has the capability to do a full roll maneuver as well as a pitchover.
@@kevind814 look at the roll video by everyday astronaut. Explains why you can't just move the rocket on the ground.
And to get to space you just got to go straight up to the Karmin (spelling) line maybe 100 miles?. To stay in space you gotta go up a good bit but then go sideways really fast. About 17000 mph. Because its not 0g, its continuous freefall. You need to be going g fast enough "forward' so that when you fall down the earth the earth curved away again.
This man literally spent most of the summer teaching us about the space shuttle, respect for this man
Thanks Matthew!
@@JaredOwen yeah its a shame she don't fly anymore
Thank you @@JaredOwen !
No, if we don’t fly it. We have to make a new one. We could turn the space shuttle a some thing on a museum or a playground for the kids
@Blue yellow white plane because they don't know what Jared Owen is.
I'm an aerospace engineer, with several spacecraft designs and flight missions under my belt in ca 20 years of career. So I can tell you this: man, you good. Loved the Apollo series, but with the Shuttle you're hitting a new level!
Respect
Respecc
Respect 10000%
That is quiet a compliment, good on you!
@@ElmerJFudd-oi9kj i forgot compliment until today 💀
@@FlatEarthKiller Aww, thanks Nana.
I was glued! One of the best narrated, space shuttle breaks downs, along with demonstration and graphics which was clean and clear.
Amazing work 😊👍🏻
So am I fully educational
Whoever dislikes this man's effort, you must reevaluated your life
Yep, they should just not watch it instead.
The are nothing to dislike, it's high quality and well scripted.
Your comment made me smile😎
@@JaredOwen keep doin what you doin, am 17 and you are one of the people inspiring me to do science 🔥
@@assaniyuma6188 me too man, i'm actually saving money for an online diploma because of this guy..
agreed
There should be a petition for him to explain how the falcon 9 works
Hyper_Cloud I’ll sign it
I will definitely do SpaceX animations in the future! Thanks Hyper_Cloud
I would sign it as well
heres my video explaining the falcon 9 in 1 minute or lessua-cam.com/video/2njPxsZbZtI/v-deo.html
I would sign it too
I love how he doesn’t just show us cool 3D animations he also teaches us a little about history science and technology.
Video idea: How does the Kennedy Space Center work? (Launchpads, VAB, different facilities etc.)
soon they need to create a space shuttle that can launch on it's own without the rockets external help
@@MTC008 why?
@@idokrausdadon2733 making space shuttle more independent
S.T.E.M
Another fun fact I learned at Space Academy in Huntsville, AL is the reason the Main Engines fire at T-6 seconds is because they are angled slightly (note the gimble test earlier). The angle of them causes the whole structure to tilt when they fire and the structure then rights itself. It takes approximately 6 seconds for the structure to come back to vertical so it's pointing straight up when the SRBs fire. If you watch old videos of shuttle launches you can see the "twang" that happens with the main engine ignition.
Scott Manley has a great clip showing just how much the stack would flex. It's actually a bird strike video but the camera happens to be lined up just right to see this.
Not exactly. The three main engines go through a staggered start and are then monitored for about 4 seconds to allow start up transients to steady out and ensure that the engines each reach at least 90% thrust or a shutdown of all engines will be commanded. The rest of the time before T-0 is to account for the "twang" so that the vehicle transients are complete at SRB ignition. (If you go back and look at the STS-1 Mission report, it talks about a 5.6 second interval for SSME start up transients which implies only 1 second added for the twang, but one old workbook I have says more so not sure of the exact number.)
I went to Space Academy in Huntsville as well, years ago. Loved it and it gave me a continuing passion for space exploration!
Video idea: How does the Kennedy Space Center work? (Launchpads, VAB, different facilities etc.)
Great idea Max
Noice
I love your videos and this is fantastic
Wait max Jared has made an animation after do many days of hardwork let him rest
@@atashidey9414 Alright haha, it's just a suggestion for a future video, by this I have to say his one is breathtaking!
Edit: Also, Jared has pretty much done KSC for this video, it'll be cool to focus on particular parts of the launchsite
Extra fun facts about the SRBs: At the top, surrounded by solid fuel, is a carbon composite structure shaped like an asterisk (*). This structure burns with the solid propellant, and it makes the propellant around it burn a little faster. However, it burns up entirely in about thirty seconds, and the burn rate slows back down to normal after that. This creates the effect of throttling down the boosters by reducing the amount of thrust they create. The composite structure is sized perfectly so it burns up completely right at max-q. I like this idea because it's a clever way to reduce the thrust when they need to without anything too crazy. Another cool fact is that they were going to make different, lighter, newer boosters for flights out of Vandenberg, but those were cancelled after the _Challenger_ disaster, which was one of the many nails in the coffin of the Shuttle-Vandenberg idea.
Anybody could have thought of that, it's not rocket science, oh wait
@@NHAFFFF Pls Subscribe me friend, I also make space & Science related videos.
Since you “can’t” throttle SRBs, shaping the fuel like that is a common method for pre-programming the thrust curve :)
@@AviatorBitWin stop spamming.
"Once inside the animation video, Jared Owen would literally crawl all over to edit and add effects to the work to upload the next video. This process can take several months to complete. This is part of the reason why Jared Owen's content is so marvellous
Clever😁
I do wanna say the i want to work at NASA
@@JaredOwen i couldn't help but think how much time it would take for you to render and of course it is in cycles so that's more painful thank you for the effort anyway!
@@JaredOwen hello Mr. Owen👍👍❤️
I'm from India. I'm big fan of you and your work. My request is this please please please make a animation video on road roller (old type).
Would you please please please make this🙏🙏
@@JaredOwen lol
2:08
Despite being "as tall as a 38-story building", the VAB is technically a 1-story building. It holds the world record for being the tallest building with only one floor.
interesting
Hmmmm
Impressive
I never thought of that…
Not technically, it is.
Constant thought- How is this video available for free ?
Work of a genius!
??? It's a youtube video on a youtube channel why would it not be free?
@@santzerosantone why was that needed
@@Lightning7112 r/woooosh
Well he still gets money when people view this video so it doesn't have to be paid.
I was a fan of Jared Owen
I suggest one of future videos :
-Soviet Moon rocket N1-L3 disaster
-About the Baikonur Cosmodrome at Kazakhstan
Great suggestions Marc
@lady galadriel hmm you said it great suggestion one though
@lady galadriel Hello there. I believe that Jared already did a video close to what you request. Here is the link if it helps: ua-cam.com/video/B1fj6IgfDRA/v-deo.html
great suggestion maybe he'll think about it
I don't know if you will see this. But I just wanted to thank you so much for this video. My 7 year son is autistic and obsessed with shuttle launches. He's not verbal, but he insists on watching this video everyday on the way to school and on the way home (while following along with his own shuttle)
So, thank you for what you do. Your work has brought so much joy to a little boy in FL
Hi Laura, this made my day. I'm so happy to hear the video has brought joy to your family. You can tell your son that Jared Owen says hi 😊
This video is both informative and enjoyable. Surely a ton of research and massive editing skill poured into this with the result that I learned huge in just a few minutes. The only mystery to me is how could someone dislike this video.
Thank you for the kind words!
@@casablanka208 no
@@shitass1394 stop
@@JaredOwen there is new ISS parts
@@DanyoScribbles so he made video before the new part and until it gets many part
We can't hope to get ISS pt2
I watched and read many summaries about the Space Shuttle launch process. This is by far one of the best I've seen. It's very detailed without ever getting mundane. I even saw some stuff I didn't know about before. Stellar job, Jared.
This is fantastic. My son is 12 and loves space and space exploration and all the details of it. This was amazing. Thank you for huge amount of time and effort this took. Just amazing!! 👏
Good Job Jared. Having worked on the Shuttle at NASA for 15 years, you got it right. It’s hard to do, especially in a way that most folks can understand. Good work!
What did you do im very curious
@@Herecomesthethruth Worked in Mission Control
@@jeffpeters5347 .that is pretty incredible. I bet that was awesome
@@antihackerdude can i know classified info
@@antihackerdude Reality: you're a 16 year old call of duty player
The emergency egress system looks like some fun ride at a theme park
Wat?
@@fribigy47 07:58
Yeah, but at a theme park you don't have millions of gallons of highly unstable fuel, that if blew up, would end your "fun" ride in the blink of an eye.
@@pedrobatista370 oh
@@deadspazz it looks fun just deal with it
I truly, genuinely, cannot imagine a single reason why anybody would dislike this video. Great animation quality, very informative, very simple explanation of a compiles matter... 11/10, Jared.
The annoying background music ruined it for me. Some people cant learn while there are distractions. I am one of them. Otherwise...good video.
@@fishingpinky3165 but I don’t think it sounds bad?
@@fishingpinky3165 sometimes for people the pure silence is boring
@@fishingpinky3165I hear him clearly and I can barely even hear the music and it is not even bad music is it?
@@fishingpinky3165 bro how are people distracted if the music is barely even heard?
This guy actually deserves a lot of respect and more subs than he has right now. Watching his videos is much better than wasting our time on social media, etc. This truly has helped enhance my knowledge.
A moment of silence to appreciate him...
Huge respect and appreciation for such high quality animation and narration. You overshot my expectations . Even more appreciation for using metric. Keep going, to say the least!
Thanks Rondeep
Well. Space is read in world units.
Aviation in freedom units.
And science in.... Well, that depends if you're *freeeeeddooooooommmm* or literally the rest of the world.
In the first case, science is in *both.* and in the latter, it's metric.
So he stays pretty true to what the units are supposed to be, I believe.
I have followed the US space programme from afar since the last of the Apollo missions. I am an 'old school' engineer and I understand a lot about the shuttle and - in a way - I looked at this tube to see how bad it was. The best compliment I can give is to say I wasn't going to give one. This is an excellent beginner level introduction to the space shuttle programme supported by wonderful visuals that really help tell the story in a very accessible way. Instant like. This really is "must see TV" for anyone taking those first steps into what can be quite daunting subject matter. Excellent work. Very impressed. Subscribed.
I really dislike social media. UA-cam is the only one I do,and not for much longer, but it's videos like these that I really enjoy tyvm for sharing this.the people that made this vehicle, and what it was capable of doing is absolutely incredible.there are some very intelligent people on earth,im glad they came together to give us this.
Jared, your videos are absolutely amazing. I am fascinated by space, and you give meaning and understanding to why things are and how things work. Thank you. I just recently visited the Space & Rocket Center in Alabama for the second time with my family ... (a surprise trip for my almost 80-year-old father, who was seeing it for the first time.) ... and after watching your videos, I have a clearer understanding of things. And for the record, the space shuttle, rocket boosters and fuel tank are fascinating to see in person and are ginormous!!! I truly appreciate your work.
thank you Kee! I really appreciate the kind words. I plan on making more space videos like this one
@@JaredOwen😊
😊❤
I want to know how fast does a bullet travel
Jared, I just wanted you to know that my 4-year-old son LOVES your videos. He is such a curious kid who is always asking about how things work, so I was thrilled when I found your videos because they contained simple, yet thorough explanations. He walks around and tells me about all of the things that “Jared has taught him”, and when he explains the same things to strangers he meets in public, they look at him in shock because they can’t believe a 4-year-old would know so much about these subjects. 😅 I’m thinking about taking him to Seattle one day so we can visit the Space Needle. I know he would be thrilled to be inside, but I can already hear him warning me, “Remember, Mom, only the floor is spinning. So if you put your belongings on the side, you’ll slowly spin away from them.” 😂
Thanks Jessie - your comment made me smile tonight! Please tell your son that "Jared says hi"
*Funfact* : NASA learnt how to launch a spaceship after watching _Jared Owen's_ videos.
LOL
😂
Ima edit Wikipedia to this now
**coughs coughs the space shuttle was made in the 70s cough cough**
Don't take this seriously because this is *sarcasm*
Hahahahaha.. 🤣
Suggestion: How electricity generators work
Good idea
Jared owen: Yes! yes...
I learn 99% more on yt
@@theteardrop615 same
Pls yess
My kid and I have been watching this every single night for the past three months..thanks!
Hi Jared,
This is incredible. It's answered so many questions I had about the space shuttle launch. And to imagine you put in so much time to research it.
Keep them coming.
Warmly
Egan
Let me know if you have any more questions
I worked on the Shuttle for 11 years. This video is great. The only correction I would make is OPF 1and 2 face the other way. All three allows the OV to roll on the “tow way” to the North entrance to the VAB. Neither OPF 1 or 2 had doors on the south side until Shuttle ended.
Ahhh good to know. Thanks David and I'm glad you liked the video
Its an excellent marvel of engineering. Love from India
if I trained my whole life to be an Astronaut and then when I finally get to the space shuttle I’m on the mid deck I would be pissed
Lmfao same
the shuttle had many design flaws, but this might be the worst offender!
How about being in the mid deck during the disasters?
@@tomhartman2254 I thought about the same
They could at least give them a surveillance screen
I don't know how or why you started making these videos, but I am very thankful that you make them. I really appreciate what you're doing! Thank you!
The Shuttle's been retired for many years and now I finally know how it all went down. Thanks for an excellent video.
By human standards, the shuttle is clearly the work of superior civilisation.
That aside, these computer animations are first rate and make everything so easy to digest.
This is what I call high quality, independent content creation.
Subbed.
This made me so nostalgic for the Space Shuttle launches I grew up with. I would recommend to anyone to see one of the four shuttles on exhibit in museums (Atlantis, Discovery, Endeavour, or Enterprise) as it is a truly awe-inspiring experience just to be in the same room as these amazing machines.
I wish they played "Interstellar theme" While Docking
The track wasn’t made back then
maybe for another video😋
@@AluminumOxide sad
@@AluminumOxide Pls Subscribe me friend, I also make space & Science related videos.
@@GT_sSs Pls Subscribe me friend, I also make space & Science related videos.
Jared! My 3 year old is obsessed with your space videos and quotes you to our friends and family!thanks to this video, he is now a super fan of Mike Mullane too! ❤️
Heyy!! Thank you again. If you ever get a chance to make an animation on Starship, please know you've got avid audience waiting for it :) We went to Kennedy space center and my son was looking for you!! Haha thanks again
The emergency egress system looks fun, I want to ride on it.
they took it down but yes - it would have been fun to ride!
I watched this whole (fantastic!) video about all this incredible technology and I'm somehow fixated on the escape plan being a zip line with baskets attached. 😂
Wait till you hear about the new Boeing emergency Escape system. It’s a zipline
Yeah 😂 I don’t like ziplines but if im in a basket its fine lol
When I toured the Space & Rocket Center in Hunstville, AL, there was an IMAX movie about the Space Shuttle (mid 90s). The movie took you on a ride of the emergency egress zipline - it was mindblowing. Just watching the first-person perspective, I could feel myself leaning into the momentum, and then suddenly recoiling when we hit the net at the bottom. Amazing.
My two year old HAS to watch this video every night before bed. Thank you for this informative breakdown. He loves it and I love that he is learning.
I know it really takes hard work to produce this kind of quality content.....and this Animation, just wow...just wow man! ❤
Keep up the brilliant work.
Our 2 year old loves rockets and shuttles and loves your videos! He’s learning about the shuttle. Well done. Thank you for great content !!
I felt like you really emphasized the line "It will also allow the astronauts to see the curve
of the Earth as they ascended to space." 11:28 hahaha
Petition to build massive rocket to carry all flat earthers up to show them its not flat lol
@@definitely_notme4112 And not bring it back down, perhaps?
@@lyly_lei_lei yup, don’t bring them back to earth
Ideas:
How an aircraft carrier works?
How a fighter aircraft works?
How a submarine works?
How a destroyer works?
How a nuclear reactor works?
What happened in Chernobyl?
Jawohl
Jawohl
Jawohl
THIS VIDEO IS MORE EXPLANATORY THAN ANY DOCUMENTARY ON SPACE EXPLORATION EVER SEEN. VERY GOOD CONGRATULATIONS!
When I was in grade school in Kinsley, KS in 1960s, we went into the gym and all us kids watched some of those flights live on a very small black and white tv.
1960‘s? so you mean the Apollo program…
@@kleeblattchen38 I think we watched some Gemini flights. Grade school in Kinsley 1962 to 1966.
My dad was in his backyard when he saw the space shuttle on top of the 747 fly by
That's so cool
Wow
I wish that was me
Not true the space shuttle is retired if was the past when space shuttle was not retired then yes it's true
@@spiderslacker7516 he is talking about the past he said, "my das **WAS** in his backyard when......"
Past tense my guy
I think one of the biggest videos you are missing is "How does an engine work?", Where you break down an engine, such as a V8 hemi, but also include examples from other I style motors.
Btw Jared it completely baffles me how you have the time and patients to do this amount of extensive research, but not only that but to ANIMATE it. Bravo.
Disclaimer: This Video is not sponsored by SpaceX and Nasa!
Obviously not sponsored by NASA since it's a government agency.
@@impossiblex4716 r/woosh
😋
@@impossiblex4716 nasa is a company
@@hamzatgelagaev9758 Bruh look it up
Thank you Jared, i love how you explain this, i learn a lot
This man is ultra underrated
thank you for making this superb explanation..
Lah abang ada dmn dmn
@@muhammadanandarava4302 masalah?
Lah Akhirnya Abang Ada UwU
@@BudionoSukses enggak bang cuma komen doang
*super
This is a really nice video. Thanks.
While I am a space enthusiast, I am not actually a Space Shuttle fan. I think Obama was right in shutting the program down and Nixon was wrong for being so quick to dump all that we learned about rockets in the Apollo program overboard in favor of the Space Shuttle. The reasons for this are:
1. We found during Apollo the most efficient way to get into orbit is essentially with a two staged rocket. This is you have a first stage that comprises ~70% of the total starting mass of the rocket use up its entire propellant load and then you have a fully fueled second stage do a second burn to more or less achieve orbital velocity. While you may point out the Saturn V rocket was a 3 stage rocket (and another great thing to make a video of), the third stage was primarily used for the Lunar injection burn; the first two stages were used primarily to first get above the atmosphere and get the initial velocity with the first stage and then for the second stage to get up to orbital speed. As so little mass can make it into orbit, this staging was very important to chuck empty structural and unneeded engine mass overboard as soon as safely possible (staging inside the atmosphere at hypersonic speeds is a terrible idea) and then continue on up to orbital speed starting with a fresh rocket that only has what it needs for the next leg of the journey as any extra cuts into the payload mass you can get into orbit and if too heavy and inefficient, quickly leads to a sub-orbital rocket. Getting back to the Saturn V, it got ~ 2.5% of its starting mass into orbit as payload when say used for the Skylab mission where it was used as a two stage rocket using 1960's rocket technology. The Space Shuttle on the other hand throw all of this knowledge gained out the window and went for a 1.5 stage to orbit design. Even using 1970's rocket technology, which one would think would be better than 1960's rocket technology, it could only get ~1.6% of its starting mass into orbit as payload. At this it had to strip all of the safety systems out and use an inherently unsafe design to do this. The biggest reason for this drop in efficiency to orbit, meaning you needed a much bigger and more expensive rocket to do the same job, is the 1.5 stage to orbit design meant by the time the rocket boosters dropped away, the stage that made it to orbit was unreasonably heavy with a lot of empty tank mass as the tanks that made it to orbital speed (or just below I should say) drained down quite a bit by the time the rocket boosters dropped away; you were not starting with a fresh rocket at all. So then all of that empty tank mass at stage separation was a lot less payload you could haul up to orbital speed.
2. The rocket boosters were heavy, inefficient, and inherently unsafe. You can say yeah, those solid rocket boosters produced a lot of thrust. Great. However the ISP was low for orbital class rocket standards, meaning the boosters ran out of propellant early on in the flight, leaving a lot more work for the SSME's to do and even more propellant in the central tank being used to make it up to orbital speed instead of pushing payload around. Then as the boosters were big, simple pressure vessels that had to hold back the full chamber pressure the whole length of the boosters, they were very heavy as in lots of dead weight. This meant the boosters were even less efficient than a liquid fueled booster that used a turbo-pump as the turbo-pumps pressurize the propellant so the rocket stage tanks can be made lighter as they don't have to hold back a tonne of pressure. This can be helped some with carbon fiber composite materials, but this is not what the boosters use nor will they ever, including on the SLS, another boondoggle based on the same failed tech as the Space Shuttle. Then as you kind of touched on, the rocket boosters are not really safe because once lit, they are lit and there is no stopping them for anything. Actually the Russians never used solid rocket boosters because it didn't meet Russian safety standards when Russia is not exactly known for having the highest safety standards.
3. Having the orbiter strapped to the side of the main tank instead of being on top is just crazy, especially when you remove the outer cover to the foam insulation in order to make the rocket lighter. I mean riding on top of a rocket is inherently just safer. Everywhere you look at the Space Shuttle design, it is inherently unsafe to the max and they can't add any safety systems because the added weight would just mean it was a sub-orbital rocket because the inherent inefficiency of the 1.5 stage to orbit design meant that it was a real push just to make orbit at all. So you add anything safety wise and it is extra mass and thus this thing doesn't make orbit.
4. The whole winged orbiter design while looking cool on the surface, well wings are not needed in space. It is just dead weight you hauled up to orbital speed, which is tremendously fast for chemical propulsion to do and thus why it is so hard to make orbit. I mean going several miles a second every second is just mind blowingly fast and just on the edge of what chemical propulsion can achieve, the only method we have used to achieve orbit to date. So the Apollo program proved you didn't need wings to make it back to Earth safely, just a heat shield on the bottom of a tear drop shaped capsule. Great, we have a way to get something back and don't need big, heavy wings, and we can just barely make orbit at all, so why would you add wings? It just doesn't actually make any sense. If you are so bent on having reusable SSME's, make them detachable and stuff them into a cargo hold in your space capsule. So the cargo hold holds cargo on the way up and engines on the way done. Job done.
Now we have the Falcon 9 rocket and Crewed Dragon that has a partially reusable design that makes some sort of sense. Recover that first stage, which is ~70% of the total rocket and have a crewed capsule riding on top of the rocket with a launch abort system built in the astronauts ride in. Orders of magnitude cheaper than the Space Shuttle. And now we are looking at Starship, which is looking to recover both stages if they can, potentially making it super cheap to launch over and over again.
you left out the "twang" when the SSME's light. and its part of why there is a delay from main engine light to SRB ignition. when the SSME's light there off center thrust causes the WHOLE stack lean forward and then settle back to vertical.
You beat me to it. At 11.00 the bend back should have been shown, one of the biggest character traits of a Shuttle launch.IMHO
Yeah it settles back but not to the same vertical in which it originally was. As the SSMEs keep running they apply torque, so the new equilibrium in which the stack attempts to settle is angled a bit forward anyway.
Yess please. This is honestly one of the crazinest parts of this machine
@@waynesimpson2074 Pls Subscribe me friend, I also make space & Science related videos.
@@u1zha Pls Subscribe me friend, I also make space & Science related videos.
I thought running diagnostics only took a hundred seconds? Among Us lied.
Lol
Idk, seems kinda sus to me
dead body reported
@@afeef2455 it was Gaseous Hydrogen Vent Arm, I saw it kill and then vent.
@@maxwellrobertson4831 where
Can we get a "Chernobyl and why it exploded" Video please? =D
It didnt explode, it was a meltdown.
But still reactor 4 created explosion
There is HBO mini series about Chernobyl. It explains everything 🙂
@@rafidraihan5543 It's not as intuitive as Jared Owen stuff, you can also watch documentaries and movies about building the space shuttles.
@@inconcluseveitytiy339 It was a steam explosion. A nuclear explosion (like an A-bomb) can't be produced by a nuclear power plant under any circumstance.
I still remember when this was only a few months old. This video is the reason why I know most of my shuttle knowledge. Thanks Jared, respect.
Thanks for coming back to watch again 😁
wow! 363 likes and 0 dislikes...we all have respect for him :D
Hopefully that number keeps going up😁
@@JaredOwen yeah the bigger one
Really ,your 3d animation is amazing,thank you JARED OWEN,LOVE YOU
Welcome😎
I’ve been waiting for this video for a long time! Thank you for posting this!
Thanks for your patience - it took me longer than I thought!
Your work is so fantastic. Your dedication is great which can be seen in these videos. Only relevant and useful information without any exaggeration of facts.. Hat's off..
Thank you Sachin!
You wilo
one of the best videos produced these days.
The best explanation I've ever seen of the Spaceshuttle and his components.
Oh hell yes, been waiting for this!!
😁
This is one of the best videos i have ever seen in youtube..everything perfectly explained in details..how space shuttle works..extremely thankful and really appreciate your effort in making the videos..keep it up👍👍👍👍
Jared, you’re the man! What a wonderful way to teach people and spark the interest of generations to come.
I remember watching the last space shuttle launch when I was 6 years old. Mind you it was 2011. I have a sense of nostalgia for the space shuttle.
you look familiar
Why they don't Launch now ?
@@CoreBlazee dangers and money
@@CoreBlazee they had 2 disasters on the space shuttle each killing 7 people
@@CommyPlayz so how Things go up now,?
I have been always wondering how rockets and space shuttles are mounted on the launching pad. I am so impressed by those eight bolts
After I read Mike Mullane’s book a few years ago, I reached out to him and he was very kind to reply. It’s a great book, full of fun facts and his sense of humor.
"so the astronauts can see the curvature of earth"
Flat earthers: goddamnit!
Me: HA!
But who knows? Maybe the windows are actually screens?
*kidding*
@@casablanka208 mate, that's a spam
9:46 "It can happen all the way up to a few seconds before liftoff"
SN8: **Hello!**
I remember the challenger disaster
@@cintianevesgodoi1191 so, you like disaster ?!
This happened multiple times.
*2 min silence for those people who still don't know about this channel*
No 5 hours
Thank you! The Space Shuttle is my favorite rocket in NASA!
The effort put into this video is phenomenal.
I'm gonna be that pedantic nerd for this evening that points out that while "fuel" is a correct term for the hydrogen, the oxygen is not fuel but "oxidizer" and the correct term for the combination of the two is "propellant."
The SRBs propellant also has both fuel and oxidizer mixed together in the slurry that is formed into the propellant inside the big tube segments, but in that solid form they are very stable and won't ignite unless a lot of energy is introduced
But great video all around :D I just felt like nerding out a bit
I'm ok.
fun fact: a replica of the orbiter vehicle cockpit was displayed in the Brisbane Museum and had a video playing of the history of rockets, the space shuttle was in that video
Im glad you showed the subtle detail of srbs having a hollow core. Im in my 4th year of getting an aerospace engineering degree and we just made some solid rocket tubes. I never knew that they were hollow before hand. For more interesting info, you should look up how propellant grain (the shape of the hollow part) affects engine performance.
These animations make you feel that ur really going to space
The shuttle will always be the coolest thing ever. Don’t care if it was objectively awful and plagued with flaws 🤔😂
rubes or exploded a couple times taking the lives of the most valuable people in the world
I really hope they design another generation of space planes that aren't so terrible.
Let's wait for Starship
@@franzarvelcaole9624 So does normal cars that crashes to kill important people. Everything has its negatives and positives.
At least the know the flaws now so a new one could have been designed. Am sure with the powerful computers available it would awesome.
I am out of words for the time, effort and true dedication put into this work. I knew most of the information but still learned a few things and I enjoyed every single of those 15 minutes. I don't even know how it went by so fast.
Great video! I was in 6th grade for Columbia's maiden voyage, and I thought I'd learned a lot about the Shuttle, but you taught me a few things.
“If there’s an emergency like, Mechanical Failure”
Challenger :
*You think?*
*laughs in o-ring failure*
Columbia :
I’ve been there
please don't joke about that people died.
@@tylerkidd9320 fax
Not funny
You put lots of hard work and love in this video!
Thanks Valito!
Hey Jared, can you please show how a faucet in a bathroom works and how it goes from cold to hot with a single turn of the handle? It would be awesome
great idea thanks!
my favorite thing to do for the past year or so has been to learn about rockets. This is one of the most accurate videos out there about a space shuttle launch, and the animation makes it very entertaining too. Another great one is made by Scott Manley if anyone wants to learn more
If you want to know how the shuttles landed:
ua-cam.com/video/Jb4prVsXkZU/v-deo.html
3:27 It's like I took all part of the toy car out
I need you to make “How does a TIE Fighter Work?”
Perfect
This is an excellent video animation. Thank you so much Jared for your research and for creating a very clear and informative presentation. There are so many shuttle parts and sequences you have well explained both visually and in your narration. And although the shuttle launches have been scrubbed it is still very useful to showcase how these missions were operated.
OMGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGCOLL AND WOWWWWWWWWWWWW😊😊😊😊😊😊😊
Oh, Man ! so just perfection and accuracy. No place for mistakes. What a complicated and at the same time perfect machinery.
3:09
Funfact! I know one of the people that worked on the plane that carried the shuttle. He is australian, an engineer, and an airplane expert. I'm polish, but i'm bilingual. He's pretty old, and i don't want to reveal his name. He worked with many others to think/make an engine that could carry the shuttle. I don't know much about that process, but i know him. He's the boyfriend of a female friend of... my mother.
So, yeah..
Sorry if this was annoying, obnoxious, or just very bragging-ish.
Thanks for reading, buhbye.
That was actually very interesting.
didnt expect to find a Polish guy in here :)
@@mariasirona1622 thank you
Wow
I always loved the idea that the escape system during an emergency was an epic zip line.
10/10 escape idea
Imagine playing airsoft there
I wanted to understand the full working and engineering... glad. Also, I learned that the shuttle's engines are inclined to pass through the tank's center of mass to maintain stability, that why my rockets in KSP kept crashing!
Please suggest some space related books for beginners
@@drinozhao7652 the book that got me interested was Astronomy for Dummies. Also, u could read Stephen Hawking's A Brief History of time which takes a more Physics-approach to the universe. It is in simple words, and can be understood easily enough!
I can't explain how genuinely I await for your next video. I'm very big FAN of yours Jared.
My best wishes for your every project.
I am going to buy Nord VPN, not because I want, just because of his hard work. Salute to you
I agree.. i did it with same feeling...
Its better to donate to him instead of paying the vpn
He has a Patreon
I'm going to buy a solid rocket booster. Because I'm rich.
Jared Owen make a video on inside “ titanic”
Nobody cares about the Titanic anymore, its so burnt out but maybe he could do one of the king of the seas, the biggest cruise ship on the planet. Or perhaps the Mary Maersk the biggest cargo ship on the planet.
@@majortom4543 same as the space shuttle, it’s retired but still has the importance, same way titanic has the importance
@@majortom4543 the biggest cruise ship is the symphony of the seas.
If you look at deck plans or cross section diagrams of Titanic, it can be very overwhelming. Jared will have to model a lot of stuff.
also, I'm not sure if I want him to make a Titanic video because i'm not sure if he will include conspiracy theories in it. There's this very popular theory about how a fire weakened Titanic so that the iceberg caused more damaged. That's fake news. There was a fire on Titanic, but it didn't cause any serious damage or weakening at all. Or there was was a small dent that wouldn't have effected the damage from the iceberg much. Many youtube channels and newsites have fallen for this conspiracy theory, so I don't want Jared to fall for it too.
I've never been _this_ early
X2
Me too
Same
I’m 10 minutes late
Me too..😃
By the way the video is Insane
Thank you! My four year old was just telling me he wants to go to space. So we were talking about what he needs to do as he grows up to get ready for that kind of career. Then he asked how the space ship gets to space. So we watched a launch vid and yours was next up. So interesting. We both learned loads from you!
Really fantastic animations are there in the video... Actually, I came to see some parts of the shuttle only by your animations...He deserves much more for his great effort...