Комментарии:
how you rich ISS if we are at same orbit (500km diameter) but with 180º diference in the same plane and axis? if i slow down i exit the orbit if i accelerate i exit orbit. Must be YES or YEs and deceleration and aceleration? Like an second launch just because we miss the first windows launch?
ОтветитьVery helpful now I can finally land my lunar module on south ploar region thank you!
ОтветитьI have been searching for this video for a long.
ОтветитьBrilliant and beautiful! Such an intuitive explanation that actually packs in tons of knowledge, all smoothly delivered to our brains in a minute! @ExploringSpace, you have a deep gift. Where have you gone? Why aren't you teaching us so much more? :)
Ответитьas a KSP player, this is accurate. KSP really makes you intuitively understand the mechanics of relatively simple orbits and transfers such as this. i say relatively simple because gravity assist chains are a thing.
ОтветитьThis was literally the best/easiest way to portray this lol thank you.
ОтветитьKSP taught me how this works
ОтветитьThis is SUPER. Thank you!!
ОтветитьThe most beautiful explanation I've ever seen.
ОтветитьThanks! A video is truly the best and fastest way to learn!
Great work, great music.
Kerbal Space Program players need to watch this.
ОтветитьOp
ОтветитьIf you enjoy this you should check Kerbal Space Program, which is a space flight game/simulator
Ответить우와 첨알았다.... 직선으로 피슝~~~~~~~~~ 하고 날라가는게 아니란걸
ОтветитьIf you dont mind, can you explain why orbital get closer while engine was burning (part land on moon), i dont get it😅
ОтветитьIt's not rocket science.
Wait..
My mind 🤯
ОтветитьHow to dock in space
ОтветитьPut your rocket in reverse to park it on the moon
ОтветитьIn Kerbal Space Program you routinley do this
Ответитьhey, nice video man. I came from DDoI.
Ответитьfails
ОтветитьI remember first seeing the Reddit post on r/AfterEffects for this video. Now I saw it on Daily Dose of Internet moments ago! Congrats!
ОтветитьYeah... I totally didn't think that they just went straight up to the moon...
They need..." Trajectory " Or something
Thank you!
ОтветитьExcellent videos. A video on coming back and the need scrub the velocity off in the atmosphere, rather than return to earth orbit (to save a huge amount of fuel). Which leads to a video on deltaV and how it all adds up!
ОтветитьGreat video! What software did you use?
ОтветитьGibberish. I'll make a vid about this.
ОтветитьWow so easy to understand this way
ОтветитьHere from TikTok. Kinda b/s that it has over 200k likes on there and not here 😔
ОтветитьWhy rocket doesn't rotate but translate around earth 🤔🤔
ОтветитьI noticed you orbited earth counter-clockwise, then went into a clockwise orbit around the moon after flying in front of its path or orbit around earth, so making a figure eight. Is this more or the same efficiency as starting clockwise around earth and then transferring the same way as you did to the moon?
ОтветитьExcellent. Now how do you get back?
ОтветитьThat's all I need to go to moon :)
ОтветитьMan this is the best video on a subject I've seen. You're criminally underrated. I hope you keep making more content.
ОтветитьYou are amazing, that was great!
ОтветитьI didn't know I needed this channel. Now I know.
Great video, simple explanation, already love you.
keep them coming
ОтветитьExactly what I always wanted. I suck at math and natural sciences, I even have dyscalculia. (A math disability) But space and spaceflight always interested and fascinated me.
ОтветитьGreat content, new sub
ОтветитьSpaceflight simulator players:
Pathetic
Very easily understandable 👌
ОтветитьLove it! Could you please share what the music is?
ОтветитьThese videos look so clean. What did you use to make them?
ОтветитьI came here from your reddit post. This is really elegant. Great work!
ОтветитьThis is just too cool!
ОтветитьYeah, get all that fancy math and terminology out of here!
Ответить