2020 Best images of the Saturn and Jupiter and Mars, taken through my telescope celestron C14

2020年のベスト三惑星、土星、木星、火星を1本のまとめ動画にしてみました。木星は解像度でベストではありませんが、2020年を表すベストです。
Celestron C14、ZWO ASI462MC、ZWO ASI290MM、LRGB合成

[@astrowales5581]

insane love the detail you brought out!

[@SuperRbstar]

Thanks!, I think anyone can do it.

[@Sharpless2]

@@SuperRbstar yeah, with enough aperture.

[@stevenleslie8557]

I remember the first time i saw Jupiter through a telescope. I was blown away.

[@SuperRbstar]

Thanks!, The first time I wanted to look at stars through a telescope was Jupiter.

[@martynh5410]

Having had a go at planetary images myself (using a Evo 8 EdgeHD), I appreciate the time, patience and detail work needed to obtain these pristine images! Thanks for posting, I really enjoyed seeing these great planets up nice and close.

[@SuperRbstar]

Thanks!

[@VladVsevolod]

Это потрясающе!!!! Прекрасная работа, спасибо.

[@SuperRbstar]

Спасибо.

[@christiana8820]

Wonderful results that reflect all the hard work you have put into this great sky tool!

[@SuperRbstar]

Thanks!

[@DJRonnieG]

I subscribed just because I like your setup.. and finished the video because of the planetary images. I appreciate seeing what it looks like before and after processing as well as the mono/color comparison.

[@SuperRbstar]

Thanks!, I think that the LRGB(mono+color) method, which combines high-resolution monochrome and color information, is the best method for planetary photography.

[@DJRonnieG]

@@SuperRbstar I agree. As convenient as a color sensor can be, monochrome sensors make more efficient use of the available photons by doing without the Bayer matrix. I chose to go the with mono and Baader LRGB + "ultra-narrowband" filters since I live just south of NYC. Currently been using my wide-field refractor more but I love using my SCT. Before summer I plan to be better prepared to to image planets once more. I can never get enough of Jupiter and Saturn.

[@SuperRbstar]

@@DJRonnieG Schmidt-Cassegrain is very effective for high-resolution planetary photography. I wish you good luck.

[@teninnykanal]

Beautiful!

[@SuperRbstar]

Thanks!

[@stewartbeveridge1564]

I love your work. Great images

[@SuperRbstar]

Thanks!

[@tullyfisher]

Really nice details and great work. clear skies

[@SuperRbstar]

Thanks!

[@tbranch227]

Beautiful work!

[@SuperRbstar]

Thanks!

[@danncorbit3623]

Very nice video and images. Your passion for astrophotography has lead to something both scientific and artistic that millions can enjoy. Thank you for sharing your efforts with us.

[@SuperRbstar]

Thank you for your wonderful comment. I'm uploading it to KZbin because I want people to know the excitement of being able to capture so much detail with an amateur telescope.

[@alanhancox7804]

Amazing detail!

[@SuperRbstar]

Thanks!

[@StardustAstronomy]

Perfect. Thanks for sharing 🙏🏻😊

[@SuperRbstar]

Thanks!

[@williamogilvie6909]

Excellent. It's amazing the difference co-adding images makes.

[@SuperRbstar]

Thanks!, I will do my best to take better planetary images.

[@andrzej3511]

Great photos - they make a monumental impression! It's really worth spending a few hours at the telescope and then at the computer to get such results. Way to go! Congratulations.

[@SuperRbstar]

Thanks!, Capturing and processing images takes time, but it's fun for me.

[@neoweeern7296]

Amazing details!

[@SuperRbstar]

Thanks!

[@eightmilesupwind9030]

Absolutely awesome!

[@SuperRbstar]

Thanks!

[@quallenfischergermany5425]

Fantastic !

[@SuperRbstar]

Thanks!

[@artysanmobile]

Some fine photos!

[@SuperRbstar]

Thanks!

[@thecardmagician6179]

I love your choice of music!

[@SuperRbstar]

Thanks!

[@AstrocandyTV]

Love the saturn pics but also how you showed the video capture too.

[@SuperRbstar]

Thanks!

[@deepskyproject]

Amazing video, I do deep space imaging but planetary imaging has always been a tough one for me. Your choice of music is fantastic too, do you remember what the track title is at 3:21 mark?

[@SuperRbstar]

Thanks!, The BGM from 2:33 is below. The title is "夕陽に羽ばたく心(yuuhinihabatakukokoro):The heart that flaps in the setting sun ". amachamusic.chagasi.com/music_yuuhinihabatakukokoro.html

[@seek.l2215]

I have the opposite problem as you

[@marvienicodemus273]

Pati music masarap pakinggan.

[@SuperRbstar]

Thanks!

[@toshal5506]

This is awesome!! pls upload more🙏

[@SuperRbstar]

Thanks!

[@YASAJTV]

Excellent work. Another underrated channel.

[@SuperRbstar]

Thanks!

[@astropeanutcat1953]

Lovely pictures! I must have that C14 in the future

[@SuperRbstar]

Thanks!, The C14 is a telescope that captures the planet well.

[@valentinotera3244]

Is not the scope that made the difference.

[@alainfranco]

I really like that setup! ...and the results! :D

[@SuperRbstar]

Thanks!

[@anata5127]

Top notch pictures!

[@SuperRbstar]

Thanks!

[@KK-cd1tl]

A lot of thanks

[@SuperRbstar]

Thanks!

[@renna6761]

Great job..., congratulation! Very interesting. Thank you!

[@SuperRbstar]

Thanks!

[@TheSwiftMagician]

I’ve got a 12” Meade OTA. My favorite target is Saturn. I do a LOT of community outreach. And EVERYBODY’s favorite is always Saturn. One time I even had NASA’s own Michelle Thaller come look through my scope at Bryce Canyon Astronomy Festival. She came over to my truck and chatted for 20 minutes with me, my wife, and some friends. She was the scheduled speaker for the event the next night. Astronomy brings people together.

[@SuperRbstar]

Thanks!, My life's work is high-resolution planetary photography. Still, I'm always impressed by the planets I see directly through my telescope.

[@porkerthepig]

It amazes me how much technology has progressed, get a book from the 80s even the 90s professional observatory’s with 100plus inch scopes couldn’t get images as sharp as those, you’ve really done amazing work

[@SuperRbstar]

Thanks!, Video digital planetary photography has become possible to obtain ultra-high resolution planetary images by image processing technology. This is unthinkable in the silver halide film era. I am grateful for the evolution of image processing technology.

[@rosswootton8825]

Wow! What a beautifully presented video but just imagine what these images would be like if this telescope was in space.

[@SuperRbstar]

Thanks!, When I see a planet shaking in its atmosphere, I can clearly see that we live on a planet with an atmosphere. If we went to a world without an atmosphere, we would be able to photograph planets in even more detail.

[@Obito_91169]

Amazingly✨ idk why youtube recommended this after 2years 😮❤

[@SuperRbstar]

Thanks!,I don't think it's popular.

[@guillermohernandez-ching113]

Excellent!!! Quite inspiring!

[@SuperRbstar]

Thanks!

[@yobb89]

very nice mars

[@SuperRbstar]

Thanks!

[@pietmanceline9128]

Magnifique ! Merci

[@SuperRbstar]

merci. Je ferai de mon mieux.

[@billmurphypenguins3774]

very cool, love the music also

[@SuperRbstar]

Thanks!

[@Nottsboy24]

Super Fantastic 👌 such fine detail captured with your C14 telescope 🔭 i only have the Celestron Nexstar Evolution 9.25" telescope......great work indeed :)

[@SuperRbstar]

Thanks!, With Celestron Nexstar Evolution 9.25 you can shoot fairly high resolution planets. All you have to do is make an effort.

[@Nottsboy24]

@@SuperRbstar oh yes i know but it also depends on on seeing conditions. Observations from where i is pretty poor, it's always cloudy and rainy in a very heavy light polluted area. Here are some of my captures... Moon capture in Monochrome kzbin.info/www/bejne/a37Vfpqferd0eZI Garnet Star kzbin.info/www/bejne/mJermKxjh79po5Y Planet Mercury kzbin.info/www/bejne/nF7Vg6SlmbJ2sJI planet Venus kzbin.info/www/bejne/eoSTfJeEq7uiZ6c planet Jupiter kzbin.info/www/bejne/q162paigf8-IbdU Solar observations part 1 kzbin.info/www/bejne/oJWlaqyBqbSYh9U Solar observations part 2 kzbin.info/www/bejne/p6axg2ieebuFi8U Star Capella kzbin.info/www/bejne/g3mVk4qeo9J4l6s

[@valentinotera3244]

Yeah "only"

[@maksym28]

Brilliant

[@SuperRbstar]

Thanks!

[@rXHrzn]

Wow what an amazing seeing!

[@SuperRbstar]

Thanks!, I want better seeing.

[@erebostd]

This is amazing! You took them on your balcony in the city? This is incredible, i Never thought something like that would be possible. I‘m just getting (a bit) back into the hobby, I purchased a ZWO seestar s50. Can’t wait to doo some DSI… 😁👍

[@SuperRbstar]

Thanks!, Yes, I'm doing it on a balcony in the city.On a normal night, I can only see up to 2nd magnitude stars, but bright planets are fine.

[@erebostd]

@@SuperRbstar amazing work, really ☺️👍

[@SuperRbstar]

Thanks!

[@thimitri1]

Amazing work..!! Thank you for sharing.. I am curious, are you using an off axis guider for the 462MC and recording both cameras at the same time?

[@SuperRbstar]

Thanks!, ZWO ASI462MC and ZWO ASI 290MM are switched by a flip mirror. I can't shoot with two cameras at the same time.

[@balajisubbaiah]

Great pics!! Is this how Jupiter is actually seen through the scope, or is it a flipped image. This is the first time I am seeing the Great Red Spot in the northern hemisphere. Even the pics by various NASA probes shows the spot in the southern hemisphere.

[@SuperRbstar]

Thanks!, Japan, where I live, is in the northern hemisphere, and when I look at the planet with an astronomical telescope, I see the south above. My planet image is south up.

[@sigisalmen2399]

I wish I'd have a friend like you with such great equipment and capabilities. Unfortunately I can't afford it to buy a professional telescope and do all the work on the computer. Thanks for your enthusiasm and sharing with us 🙏🏻

[@SuperRbstar]

A tool (telescope) is required, but the technique can be overcome with practice. I believe that anyone can do it if they try hard.

[@sigisalmen2399]

@@SuperRbstar I know, my friend. Actually I own a cheap Newtown Reflector but on an azimuthal mounting which makes me crazy lol. You can imagine why

[@SuperRbstar]

@@sigisalmen2399 I used to look at planets with a Newtonian reflector telescope using Alt/Az.

[@demej00]

Wow! Very envious. My little cheap 90mm refractor shows rings of Saturn but no details, bands of Jupiter buy no detail and Mars is just a red dot. But still, just seeing these planets in realtime is awe inspiring. Rock on.

[@SuperRbstar]

Thanks!, My first telescope was a single lens with an aperture of 6 cm. My desire to see more has led to this telescope.

[@bazpearce9993]

Another set of amazing shots here. Can't wait to see the results now Jupiter and Saturn are getting higher. Have you tried Uranus or Neptune yet? I'll wager they will come out nicely.

[@SuperRbstar]

My 2021 season hasn't started yet. Japan has entered the rainy season, and it seems that it will be a while before we shoot Saturn and Jupiter. Unfortunately, Uranus and Neptune are out of scope for me.

[@bazpearce9993]

@@SuperRbstar I understand. I lived on the 10th floor once too. Light pollution was very bad. But i managed to find Neptune once when it was right next to Venus. Maybe one day you will be lucky and be able to find one of them.

[@SuperRbstar]

@@bazpearce9993 Thanks!, I'll do my best.

[@user-nf9xv5ns7y]

Great video. What's the music in the background

[@SuperRbstar]

Thanks!, I use Japanese free software music. amachamusic.chagasi.com/ Music title for each planet sarurn:tengokunoniwa jupiter:yuuhinihabatakukokoro mars: natsukashiihuzei

[@KennyG_420]

Why am I now seeing this on my suggested videos??? This is awesome 🤩

[@SuperRbstar]

Thanks!, I don't know why, but this has the highest number of views among my KZbin videos.

[@craiglowery4427]

Wonderful video. I subscribed to your site. I'm still learning how to get the best from my 14". Do you use a finder scope?

[@SuperRbstar]

Thanks!, The viewfinder is 5 cm x 12, which is slightly higher than normal.

[@photonik-luminescence]

Wow ! I call your images NASA grade ! It's really amazing ! With my setup i can just kinda make out the red spot and the entirety of the major cloud bands

[@SuperRbstar]

Thanks!, It can't beat recent probes, but I think it's on par with early Pioneers.

[@photonik-luminescence]

@@SuperRbstar I mean we amateur astrophotographers and astronomers hete are limited to the atmosphereric wobbling. That's why i am impressed you can eaven get such images. I am sure that people wouldn't differ your and online images. It's just that awesome ! It's a pitty powerful telescopes cost far mor in money. My already costed 189€. Can't imagine the cost of the camera and telescope

[@SuperRbstar]

Thanks!, The effects of atmospheric fluctuations can now be overcome to a large extent using video digital techniques. The aperture determines how much detail of the planet can be captured. A telescope with a large aperture will cost more, but you have no choice but to look for a telescope with high cost performance. I arrived at the answer of a used Schmidt-Cassegrain.

[@douglassmith1215]

Very nice images. Do you see much difference between the new ASI 462MC and the older ASI 224MC? I see that you upgraded recently.

[@SuperRbstar]

Thanks!, ASI462MC is more sensitive than ASI224MC. The sensitivity is very high in the infrared region, but it is also slightly high in the visible light region. Since July 2020, the ASI462MC has been the main color CMOS camera.

[@douglassmith1215]

@@SuperRbstar I assume the way you do your LRGB, the fact that the 462 and the 290 have the same pixel size and chip size simplifies the processing. But if you use an IR-cut filter, the extra infrared sensitivity is not apparent, I suspect. I have the 224MC but I am not sure it is worth upgrading. The 224MC really does have zero amp-glow so it is useful for longer exposures also. Have you tested for amp-glow on the 462?

[@SuperRbstar]

@@douglassmith1215 The pixel size is different between ASI462MC and ASI224MC, but it is matched to the size of ASI290MM on the software when performing LRGB composition. I am using an infrared cut filter when capturing the ASI290MM and ASI462MC. I believe that both monochrome and color CMOS cameras can express the correct colors of the planet by shooting in the visible light region. I haven't tested Ampglow because I only shoot planets.

[@Krutas_est_lux]

brilliant. how much is magnification? approx

[@SuperRbstar]

Thanks!, Taken with composite F=38. The combined focal length is 148,580mm.

[@Astropolis-ua]

Beautiful! Greetings from Ukraine!

[@SuperRbstar]

Thanks!, I hope for peace in Ukraine.

[@Wildlifevideopicture]

wooow very very cool photos!! //KD

[@SuperRbstar]

Thanks!

[@austinharding9734]

i kinna was hoping it would come out sharper than that, for a c14? i jus bought a 25 year old used c8 for 600, came with a barlow, t-ring an adap, a 40 mil an a 16mil, still kinna new at this, but been in photography lot longer an really got it for that, and the eclipse, is this straight to yr lap top or u using a dslr at all?

[@SuperRbstar]

Thanks!, I think it's the same even if it was a used car from 25 years ago. I believe that a digital single-lens reflex camera is not suitable for photographing planets. I think a CMOS camera for planetary photography is good.

[@pebbleloaf1837]

hi there! i really enjoyed your video and i was wondering if you could let me know what the song at 2:33 is? it's beautiful☺️

[@SuperRbstar]

Thanks!, The BGM from 2:33 is below. The title is "夕陽に羽ばたく心(yuuhinihabatakukokoro):The heart that flaps in the setting sun ". amachamusic.chagasi.com/music_yuuhinihabatakukokoro.html

[@pebbleloaf1837]

@@SuperRbstar thank you very much!

[@scharles3744]

Look at those The big beauties

[@SuperRbstar]

Thanks!

[@scharles3744]

@@SuperRbstar I appreciated Saturn and Jupiter. Very good

[@richardforee1342]

Aloha! WOW! Jedi Master!

[@SuperRbstar]

Thanks!

[@sean2525]

Wow great images! Are you using a Barlow? What ROI setting are you using? Thank you!

[@SuperRbstar]

Thanks!, A 2-inch 2x barrow is used for magnification. Composite F = 37 and large shooting. ROI is Mars = 800x800, Jupiter and Saturn = 1400x1096.

[@vincenzomarini5025]

Bellissimo

[@SuperRbstar]

Grazie. Sono felice.

[@dadwhitsett]

Planetary imaging requires good seeing. Where I live that is rare, possibly 4 or 5 nights a year. Seeing is everything.

[@SuperRbstar]

Thanks!, I would like to live in a place with good seeing, but the reality is difficult. I will do my best under the Japanese sky.

[@fjbsolutions2446]

What stacking app do you recommend for my smartphone? How many pics do you take in order to stack?

[@SuperRbstar]

Thanks!, The stacking software I use is AUTOSTAKKERT!3, which is for PC. I don't know anything about smartphones.

[@TheGosteen]

I have a question as a newbie... I live in an apartment as well, and want to fix a Celestron on my balcony. The problem is I cannot have a wild field of view to capture everything around me. How do you handle this ?

[@SuperRbstar]

Thanks!, I try to keep it as inconspicuous as possible by watching the stars at night, and I try not to make any noise as much as possible.

[@biswa145]

Which camera would you suggest 462mc or 290mm???

[@SuperRbstar]

In my case, I am doing LRGB composition (monochrome + color) using both high resolution 290MM monochrome and color information acquisition 462MC, so I need both. If you don't want LRGB compositing, we recommend the 462MC color camera.

[@guptazzzfamily8639]

Which application you use for derotation?

[@SuperRbstar]

Thanks!. I'm using WinJUPOS Derotation.

[@stephanegrosjean4990]

Do you install your C14 every (imaging) nights, or is it a fixed installation? If so, how do you protect it from rain and all? I’m also imaging from a balcony in a city and seeing you are using a C14 is making me wondering if I shouldn’t invest...

[@SuperRbstar]

Thanks!, My C14 is fixed to the edge of the balcony. When not in use, it is covered with a plastic bag and a bike cover. It also receives sunlight, rain, and snow. I don't think I can invest any more on my small balcony.

[@stephanegrosjean4990]

@@SuperRbstar thanks for the feedback. Can you explain how you are using a crayford focuser on your SCT? That seems very interesting for auto focus.

[@SuperRbstar]

@@stephanegrosjean4990 Thanks!, I am using Clayford Focuser. I use my own step motor controller to focus while visually observing on the PC monitor screen.

[@abdulrachman9083]

Amazing objects and images. Congratulations for the results!

[@SuperRbstar]

Thanks!

[@richandkidarcheryandoutdoo4372]

Hi there. I don't know much about this subject, but why are these planets smooth on the edges. Are there no craters etc?

[@SuperRbstar]

Thanks!, Jupiter is a gas planet, and what you see through a telescope is clouds.

[@richandkidarcheryandoutdoo4372]

@@SuperRbstar oh I see. Is that the same for Saturn etc? The end images look too perfect, almost like they're over processed. Almost animated. Is that from the software? I'm talking about all the images I've seen, not just these.

[@SuperRbstar]

@@richandkidarcheryandoutdoo4372 Thanks!,Saturn is also a gas planet. If conditions are good, craters may be visible on Mars. Whether the image processing is overdone is a matter of personal judgment.

[@richandkidarcheryandoutdoo4372]

@@SuperRbstar thanks for the replies. That's what I was wondering, if the images can be overdone.

[@billhaleyrock2471]

Fantastisch.

[@SuperRbstar]

Thanks!

[@cansus9818]

I hope you don’t mind me asking but how much was your telescope?

[@SuperRbstar]

Thanks!, 1988 used, $2500 in Japan (at today's rate).

[@philpaquette6025]

Whats the device you use to add 2 cameras to your scop?

[@SuperRbstar]

Thanks!, I use a flip mirror to connect two video cameras to the telescope. Switching manually.

[@arik...]

bro is living in the heaven

[@SuperRbstar]

Thanks!, When I look at the universe through a telescope, I feel like I am inside it.

[@benjaminmesa1089]

WOW.....

[@SuperRbstar]

Thanks!

[@vasomilicevi9960]

It amazes me that this sort of video gets only 1,6k views. This world is so wrong! I would die to watch this through an eyepiece!

[@SuperRbstar]

Thanks!, I would be happy if people knew that planets seen from the ground could be seen so much with a telescope.

[@uncle9561]

初コメ失礼します。当日のシーイングの状況や撮影技術もありましょうが、14インチの分解能と言いますか解像度が凄まじ過ぎます。因みに遠方銀河や星雲星団の撮影とかはされてないのでしょうか？素晴らし過ぎて勝手に妄想してますｗ。

[@SuperRbstar]

ありがとうございます。街中のベランダで明るい惑星のみに邁進しています。ディープスカイには手を出しておりません。惑星撮影システムで銀河を狙っている人も居られますが、今の私は惑星のみです。

[@user-yk7yv8rb5i]

great vid i do deep sky image s

[@SuperRbstar]

Thanks!, I only play planets and don't play deep sky much.

[@maksym28]

How much is magnification? Approx

[@SuperRbstar]

Thanks!, I'm shooting with synthetic F = 37.

[@MrBiscuit-yx5nd]

How much your setup costs?

[@SuperRbstar]

Thanks!, I purchased a used Celestron C14 made in 1988. It was 360,000 yen in Japanese yen. The pedestal is one I made myself a long time ago.

[@MrBiscuit-yx5nd]

@@SuperRbstar ok sir thank you for sharing

[@SuperRbstar]

Thanks!

[@ckck9894]

why does it spin so fast ?

[@SuperRbstar]

What is it?

[@Jediknight.729]

I live in England...maybe a dobsonsian would be better for atmospheric mist

[@SuperRbstar]

Thanks!, Seeing in Japan is not so good by global standards. However, the planetary image by moving image processing has become much more detailed than the planetary image of a decade ago. I will do my best in the future.

[@laichiwan5964]

Sorry to say this, isn't the video on Saturn out of focus?

[@SuperRbstar]

Thanks!, Saturn is in focus with my C14. Seeing (air currents) is what makes it look blurry.

[@Joshs4stro]

ur stacking right?

[@SuperRbstar]

Thanks!, I am stacked in AUTOSTAKKERT!3.

[@McLOVIN.....]

How much?

[@SuperRbstar]

What is "How much?"

[@McLOVIN.....]

@@SuperRbstar perdón, cuánto te costó el telescopio?

[@SuperRbstar]

@@McLOVIN..... Compré mi C14 de segunda mano fabricado en 1988. Fue alrededor de $ 3000. En Japón, el Schmidt-Cassegrain de Celestron es aproximadamente el doble del precio de venta en los Estados Unidos. El pórtico lo hago yo mismo, y el C14 también está equipado con un ventilador y modificado.

[@MrTassadit]

take a look at Jean-Luc Dauvergne, it s your clone

[@SuperRbstar]

Thanks!, I will do my best not to lose to Jean-Luc Dauvergne.

[@johnadams9044]

I remember the 14 produces must more detailed images (without any digital nonsense.)

[@SuperRbstar]

Thanks! Seeing is said to be bad in Japan worldwide. Unfortunately, it is not always possible to demonstrate the capabilities of C14.

[@azando3740]

Please zoom in on the moon up to 50 m

[@SuperRbstar]

Thanks!, I don't photograph the moon very often, but I try my best when I get the chance.

[@MrWinotu]

200 mm telescope for "just" 4.5k bucks!

[@SuperRbstar]

Thanks!,　I do not understand

[@vampolascott36]

I could even make out the hexagon!

[@SuperRbstar]

Thanks!, Hexagons are difficult to photograph unless Saturn's northern hemisphere is facing the Earth.

[@tonyrowland9216]

nice if you have the $$$$$$$$

[@SuperRbstar]

My C14 is a used one made in 1988, and the mount is homemade.

[@TheSwanlake2009]

Too much light pollution. U need to move to the mountains

[@SuperRbstar]

Thanks!, When photographing bright planets with a telescope, city lights have little effect, so it's okay.

[@jesuschrist2284]

Great video bad music

[@SuperRbstar]

Thanks!, Please watch with the sound off.

[@paulwilson8061]

music sucks

[@SuperRbstar]

Thanks!, I like it.

[@Stroke.survivor]

I am speechless amazing ❤

[@SuperRbstar]

Thanks!