Wow, the amount of brainpower required to imagine these routes and compute them is astonishing. thank you for this fantastic update and godspeed Juice.
This double sling has big "it works in Kerbal Space Program" energy :) Congrats to the whole team for all you've achieved so far and best of luck for the remaining stretch
Fascinating. I would love to see the trajectory planning in more detail. I imagine they simulate 1000s of trajectories and calculate the fuel needed for each, then continue to refine the best ones. That process would make a great video.
Although there are many many millions of candidate trajectories simulated, orbital dynamics is so complex it would be impossible to plan an entire mission as comples as JUICE by "brute force" like this. Mission Analysts also have a deep understanding of the mathematics of space travel, and they leverage that to make "educated guesses" as to which trajectories will work, before simulating them by computer. It is a blend of traditional ingenuity and modern computing!
@@ToadalChaos And to be even more exact: These flybys are many body problems that are also changing with time. Luckly we can use some proper mathematics like orbital resonances to reduce the solution space to a mangeable degree. Afterwards its all about time of launch and spacecraft capabilities. This overall dictates what kinda of routes through the solar system one can take. With this one in particular, Juice had a rather minimal amount of fuel and wanted to use most of it for its actual mission around jupiter. With that they decided on a course through the inner solar system to get the extra juice (pun intended) to get captured by trading energy to jupiter and the moons. Its similar to how jupiter can capture asteriods too.
Love this update & excellent presentation 😋 Clear audio as well 🙂 Good week to ESA & remember to replace plastic bags with fabric ones. Backpack + Fabric bag is good combo when do bigger groceries. 🤞🍵🥪🥝
VERY INTERESTING ... AND NEEDLESS TO SAY JUICE TEAM CONTROLLERS ,LEVEL OF KNOWLEDGE IS FAR BEYOND ; WHAT MOST OF US WILL EVER HAVE ... THANK YOU BAARPAAW
A wonderful video explaining the orbital mechanics required to send the spacecraft towards it's specific target the Jovian system. ESA deserve credit for the planning of this mission.
Que missão tão minuciosa e incrível ...como longa para a Juice e para nós que estamos à espera de novidades e conhecimento, deste planeta exótico!! Em 2031 será.a apoteose da missão?! Ou trará mais que uma questão?!
Danke für das Info video hat mir sehr gefallen, aber von dem Text der bei 5:45... warum so schnell? Hätte doch einfach nur das physikalische Gesetzt eingeblendet werden können.
When are we finally dip, into the ocean of Europa? Plan's for that are already from the '90's, but still no spacecraft for this. And what's the difference, between the Juno and the Juice mission?
Dlaczego nie ma napisów po polsku w automatycznym tłumaczeniu??? W końcu ESA to też polski program kosmiczny. Why are there no subtitles in Polish with automatic translation??? After all, ESA is also a Polish program
Also, these are the most basic concepts of astrodynamics. No math or equations are presented here. It's not complicated. This is how an expert in trajectory design would explain interplanetary spaceflight to the average 12-year-old.
@@brianfoss571the problem is that the music and sfx are way too loud compared to the narration. can afford engineers to build probes but none for audio mixing apparently
the three moons which Juice will study are either confirmed or suspected to have liquid oceans of water beneath their icy surface. combined with geothermal activity, these moons are a great place to search for life.
¿Tienen algún vídeo que muestra el movimiento exacto del sistema solar así como el recorrido que efectúa por la vía láctea? ¿Han pensado hacer un canal para los millones de hispanohablantes? Gracias! BCN Ya veo que lo han hecho gracias!
true, but it is also possible that the solar system system was being viewed from below, so the planets would orbit clockwise from that perspective, but i dont see why they do do that. prob just a mistake they made
Wonderful graphics. Unmanned space missions give 100x more bang for the buck than manned missions. Compare the scientifically useless Boeing Starliner mission to the ISS ($2.4B) to Juice ($1.5B).
5:55 - "The world of orbital mechanics can be a counter-intuitive place."
That is the nicest, most tactful way I have ever heard that phrased. ^_^
See you guys in 7 years after this video is recommended again
See you then!
Bye
I won't be aliive till then
Wow, the amount of brainpower required to imagine these routes and compute them is astonishing.
thank you for this fantastic update and godspeed Juice.
This double sling has big "it works in Kerbal Space Program" energy :)
Congrats to the whole team for all you've achieved so far and best of luck for the remaining stretch
Good Luck JUICE
Fascinating. I would love to see the trajectory planning in more detail. I imagine they simulate 1000s of trajectories and calculate the fuel needed for each, then continue to refine the best ones. That process would make a great video.
Although there are many many millions of candidate trajectories simulated, orbital dynamics is so complex it would be impossible to plan an entire mission as comples as JUICE by "brute force" like this.
Mission Analysts also have a deep understanding of the mathematics of space travel, and they leverage that to make "educated guesses" as to which trajectories will work, before simulating them by computer.
It is a blend of traditional ingenuity and modern computing!
@@ToadalChaos And to be even more exact: These flybys are many body problems that are also changing with time. Luckly we can use some proper mathematics like orbital resonances to reduce the solution space to a mangeable degree. Afterwards its all about time of launch and spacecraft capabilities. This overall dictates what kinda of routes through the solar system one can take. With this one in particular, Juice had a rather minimal amount of fuel and wanted to use most of it for its actual mission around jupiter.
With that they decided on a course through the inner solar system to get the extra juice (pun intended) to get captured by trading energy to jupiter and the moons. Its similar to how jupiter can capture asteriods too.
@@derdotte Awesome reply, thank you!
@@ToadalChaos Yah... philosophy is the mother of all sciences!
Love this update & excellent presentation 😋 Clear audio as well 🙂 Good week to ESA & remember to replace plastic bags with fabric ones. Backpack + Fabric bag is good combo when do bigger groceries. 🤞🍵🥪🥝
Great update - Thank you!
Thank you for explaining so well the manoeuvres that JUICE will make as it passes the Moon and the Earth. GOOD LUCK JUICE!!!!
Great idea to produce regular videos to keep us engaged throughout the Juice Journey! Thank you 😀
6:06 And playing an unhealthy amount of ksp
Thank you for the update!
Excellent. Thank you and good luck with the rest of the mission. See you again.
Another free lecture on astronomy ❤
Orbital dynamics
@@MichaelWinter-ss6lx What about orbital mechanics rather...
I didn't know that juice is so big!
I am very excited what will discover
The more learn
The more the beauty of solar system we reveal
Thanks! This is so beautiful!❤
VERY INTERESTING ...
AND NEEDLESS TO SAY JUICE TEAM CONTROLLERS ,LEVEL OF KNOWLEDGE IS FAR BEYOND ; WHAT MOST OF US WILL EVER HAVE ...
THANK YOU
BAARPAAW
I hope whatever Ariane 7 looks like it will be big, really big, to get to Jupiter, Saturn and beyond without having to wait for gravity assists.
Great explanation of the reasons it takes time to get there. We're such a young civilization it will be eons before we master space travel
A wonderful video explaining the orbital mechanics required to send the spacecraft towards it's specific target the Jovian system. ESA deserve credit for the planning of this mission.
JUICE is incredible
Really impressive what is possible to accomplish in Space exploration
Thank you for this very educational video :)
Iconic !
🧃 is a great spacecraft!
TY for this video :)
Thanks , 🔭 great coverage
Great and very informative video! Thanks! ❤
ESA,
Your Underachieving, Significantly.
Finally my orange juice is back
Oberth Kuiper Maneuver go brrrrrrrrrrrrrrrrrrrrrrrr
God speed Juice
So Clipper is a separate mission than Juice. Now I Get it. Juice arriving first at Jupiter and then Clipper arriving few years later.
Que missão tão minuciosa e incrível ...como longa para a Juice e para nós que estamos à espera de novidades e conhecimento, deste planeta exótico!! Em 2031 será.a apoteose da missão?! Ou trará mais que uma questão?!
Music too loud, but loved the video
hell yea i gotta tell him about this next football game
Danke für das Info video hat mir sehr gefallen, aber von dem Text der bei 5:45... warum so schnell?
Hätte doch einfach nur das physikalische Gesetzt eingeblendet werden können.
When are we finally dip, into the ocean of Europa? Plan's for that are already from the '90's, but still no spacecraft for this. And what's the difference, between the Juno and the Juice mission?
Dlaczego nie ma napisów po polsku w automatycznym tłumaczeniu??? W końcu ESA to też polski program kosmiczny.
Why are there no subtitles in Polish with automatic translation??? After all, ESA is also a Polish program
The music 😢😢
Can we search for life also on Enceladus, the moon of Saturn please 🙏🏻
wow
Don't you have to speed up to go to venus and slow down to go to jupiter?
Great informative video, although the narrator reads off of ESA's corresponding article word for word.
You are explaining quite difficult concepts of space flight - distracting background music does not help the viewer.
@@neatodd not true .
@neatodd Have you heard of turning down the volume and turning on captions?
Also, I'm pretty sure most viewers find the background music engaging.
Also, these are the most basic concepts of astrodynamics. No math or equations are presented here. It's not complicated. This is how an expert in trajectory design would explain interplanetary spaceflight to the average 12-year-old.
@@brianfoss571the problem is that the music and sfx are way too loud compared to the narration. can afford engineers to build probes but none for audio mixing apparently
Agreed
👍
❤❤🚀🚀❤❤🚀🚀❤❤
😮😮😮😮❤❤❤
😀👍
The Juice is loose !!
First things first, get past the moon and then the Earth.
ESTEC
What does Jupiter have to offer ?
Oranges, that’s why we send JUICE
the three moons which Juice will study are either confirmed or suspected to have liquid oceans of water beneath their icy surface. combined with geothermal activity, these moons are a great place to search for life.
¿Tienen algún vídeo que muestra el movimiento exacto del sistema solar así como el recorrido que efectúa por la vía láctea?
¿Han pensado hacer un canal para los millones de hispanohablantes?
Gracias!
BCN
Ya veo que lo han hecho gracias!
3:25 The planets are going the wrong way. Here: clockwise. In reality: counter clockwise.
true, but it is also possible that the solar system system was being viewed from below, so the planets would orbit clockwise from that perspective, but i dont see why they do do that. prob just a mistake they made
"sailor-system" ?? SO-ler .... science 101 ....
Because it isn't launch by Falcon Heavy
Ah yes. Kerbal
Wonderful graphics. Unmanned space missions give 100x more bang for the buck than manned missions. Compare the scientifically useless Boeing Starliner mission to the ISS ($2.4B) to Juice ($1.5B).
self landing rockets
what does that have to do with the vid?
.
Great explanation of the reasons it takes time to get there. We're such a young civilization it will be eons before we master space travel