Pretty sure it'd cost a whole lot less to just move to a Bortle 2 site. Only saying that because I'm super impressed by and a tad envious of your skills
Ich habe das Video im Stehen angefangen zu schauen, nun sitze ich. Wirklich beeindruckend das Setup und viel Hirnschmalz in die Bearbeitung der Metalle, das alles wirklich passt. Die Ausrichtung aller 3 war bestimmt nicht einfach! Dir immer CS und Gruß aus dem Norden.
What a monster project and amazing results. Now you just need that one night where the entire Ruhrgebiet has a big blackout on a perfectly clear and still night while you're tackling a challenging target. :D Three scopes is such a great move. Enjoy! :)
Tenho um telescópio de 400mm na região metropolitana do Rio de Janeiro!! Faço ótimas observações. Grande abraço e parabéns pelo seu trabalho é equipamento.
few years back, i was doing that with 3 60 mm refractors.. just never got around to finishing the project before i got a classic 10 inch red dobsonian, but hey nice to see someone make it all happen with 3 11" rasa, amazing setup, thanks for sharing!
Truly amazing work ,and a very expensive one at that, of you can take this setup (somehow, dont know how 😂) to a bortle 1-3 class area, your mind will get blown up along with us 😂
This is impressive... Congratulations on your setup. Next challenge: Take it piece by piece to a dark place! Living in Europe... Iceland, maybe? Just a thought 😁👌🏼
Absolutely amazing ! How do you integrate all the images, by stacking them all in the one post-processing software? Also, would a multi-rig like this work with similar aperture scopes but not the same work? Well done.
Rather than 3 large scopes some have gone to a battery of smaller refractors....I saw one with 9-4" refractors that was used professionally. This is an impressive project and the results are great....I would have expected some major issues with alignment, synchronization, etc.
WoW! Das ist wirklich beachtlich. Und deine Ergebnisse sind fantastisch. Und das aus dem Ruhrgebiet heraus. Ich bin im östlichen Ruhrgebiet am Kamener Kreuz. Da bin ich zwar am Rand des Ruhrgebietes aber es ändert sich nichts an der Luftverschmutzung. Bin gespannt was du uns noch so zeigst.
Well done sir. What a creative idea using a tri RASA configuration. I’ve been thinking about this idea but with between 2 to 4 5”-6” apos. But I could never achieve f/2.2 with those. I could never do this with an AP 130 because getting one is like interstellar travel much less signing up for 2 more. I live in bortle 4 skies so I have some good sky to work with at least. Currently just capturing say NGC 206 up close in detail has taken about 3 days of imaging all night. With a setup like this I could do it possibly in one night. Might be looking at Stellarvue, TEC or Tak-but these are so much faster. You’ve given me a lot to think about. My original idea is to portablize this kind of Astro graph, I’ve got super dark skies about an hour away. Still looking at an AP1600GTO.
Jokes aside that is very impressive. Always handy when you have all the fabrication stuff and the know how to use it. I like the idea of 3d printing the dew shields and love your sky shed setup. Just took the leap after 15 years of somedays into narrowband astrophotography.
Yes, I think it's a little like interferometry, several scopes spaced away from each other but gathering light or radio waves in an aperture the same as the distances involved. In this case, I believe it's the same as a really fast 33-inch scope (3x11inch).
It will be great to know Signal Noise Ratio (SNR can be measured in Pixinsight) for integrated files. Visually, I get similar pictures of the same targets with 5 times lesser integration, with single Tak Epsilon 130 from bortle 2.
Hi, the S/N of a stack of images through a clear filter with 20h integrated exposure time through the RASAs is about 2.191e+06 or 63.41 db according to Pixinsight. A factor of 5 is about what I would expect between a sky with bortle 2 and bortle 7. This is the unfortunate result of light pollution.
@@Mike-eg6df Great! Thanks. Factor is at least 12 for LRGB and 3 for narrow band. This was measured on identical targets with identical exposure profiles. Your SNR is extremely good from bortle 7. I never passed e+2. How do you convert that numbers in dB?
@@anata5127 The SNR is automatically calculated by a script in Pixinsight for an uncompressed 32-bit xisf image and converted to db. However, there are some db converters on the internet.
Hello, I have similar problems with star halos on bright stars. Star halos are probably caused by multiple reflections between the corrector, the filters and the image sensor. This is a disadvantage of these fast astrographs.
Awesome project and engineering. Thanks for sharing. Good choice with the RASA 11, many RASA 8's have bad primary mirror grinds (I have one) Subscribed 👍
Hallo, ich habe schon einige verrückte Montagen gesehen, aber jetzt bist du in die Kategorie „Master“ gewechselt. achtung automatische Übersetzung ;) ;) ein kleines Augenzwinkern aus Frankreich
Ich bin auch gerade dabei meine GM3000 aufzurüsten mit 4 Teleskopen, allerdings alle viel kleiner. Ich wohne im Bergischen Land und kämpfe auch mit Lichtverschmutzung und seit Monaten mit schlechtem Wetter.
Hello, as a first approximation you can say that the signal to noise ratio only increases with the square root of the exposure time. In other words, if I have an image with 40h exposure and a S/N of lets say 60db, I have to expose for another 40h to improve the S/N by a factor of 1.4, i.e. 3db to 63db. The gain is not great in practice and it is difficult to recognise the improvement in the image. However, if you have only gained e.g. 4h of image data with a S/N of e.g. 50db, it may well make sense to quadruple the exposure time to 16h with a manageable effort in order to double the S/N to 56db. Of course, this is only a simple calculation example and many other factors also influence the calculation.
Sehr beeindruckendes Setup und sehr saubere Arbeit! Eigentlich eine Schande, so ein tolles Setup in ein Bortle 7 Gebiet zu stellen, ich fühle mit dir 🙄 Aachen ist leider nicht viel besser
Mike - do you do all the CNC machining yourself or is this made by someone else? I am curious what level of expertise is needed for this in terms of designing and manufacturing. Many thanks for your input! Awesome system.
Hello, I did all the work on the milling machine and lathe myself. I bought the two machines especially for astronomy. However, these are not CNC machines, but purely manual milling and turning machines. You need a certain skill level to be able to use them. But if I can learn this, then surely everyone else can too.🙂
@@Mike-eg6df This is awesome - I am always looking for custom parts to improve the rigidity of my set up. Could you please provide the models of the milling and turning machines you purchased? It might be my next project to learn the basics of this myself. Many thanks for your response. Simon
Hello, I have an Optimum BF16 milling machine and a Bernardo Profi 450 S Vario, both rather small machines. I don't know if these machines are available in your country. However, I would recommend choosing the next larger machine for better rigidity.
Please help me understand: although this is an impressive project, 3 11’ telescopes would gather roughly as much light as a 20’ scope, is my math right? - the idea is good because it is complicated to use a catadioptric 20’ scope, and also very expensive…. I reckon the largest sct telescope as of nowadays is a 33’ monster that cost roughly 1 million pounds to build. This setup may have cost around 10% of it…
Congratulations! This project is a lot of work and investment. But yes you need one clear night to capture one object in narrowband + RGB stars. I have two 8 inch scopes. One I am using to shoot long distances galaxies and nebula's with the reducer become 1400mm F7. Sometimes I am using the full 2000mm F 10. And the other one with my Hyperstar lens become 400mm F1.9 for large objects. I am controlling them with 2 laptops. My question is do you use the 3 scopes with one computer or you need 3 computers for the 3 telescopes? How do you do that? Thanks!
Hi,thanks for viewing the video. I use indeed only one PC for controlling the complete setup. I am running three instances of N.I.N.A. to control the three cameras, the mount and the focus motors.
![[LIVE] : ONE ลุมพินี 88 | คู่เอก "ป้อมเพชร vs อัสลามจอน"](http://i.ytimg.com/vi/1ZqTVVbMgbo/mqdefault.jpg)
Dude said hold my wallet.
😂😂😂
Indeed 😂
true - but he did the hard work. all that fabrication and thought took a lot more effort than just paying for gear.
@@TheAstrocast All that fabrications require tools that cost more than entire rig.
I assume you are not married to a significant other?
add three more, make a telescope minigun for rapid light collection
Man and I thought I was a nerd with my 6" refractor and 8" SCT and Computer Science degree...bro just took it to another level.
thats one of the most majestic telescopes I've seen.
Probably the most satisfying video on TH-cam. Installing this under a bortle 7 sky definitely shows some determination
Indeed.. almost a shame it's not at a remote site with this much effort
I'ma lookin fer neighbors like you!!!
Holy moly thats an absolute beast and a dream rig. Realistically, how "easy" is it to overexpose the DSO itself with this?
I Never felt so poor 😢
Breathtaking and sublime. Truly, superlatives fail, and seem superfluous. And that's not hyperbole.
Bro, heavy duty setup just on the thumbnail... then you bust out a full shop where you mill your hardware?! Bravo this is goals
What an incredible setup and engineering. Cheers from Poland
what a dream system, beautiful all around.
Pretty sure it'd cost a whole lot less to just move to a Bortle 2 site.
Only saying that because I'm super impressed by and a tad envious of your skills
Wahoo another Triple RASA setup, great video. I love the engineering that's gone into your design, very neat and tidy setup.... Congratulations!
Thank you, appreciate. Your triple RASA8 setup is amazing as well!
I knew that you will like it! Now, you need mount like his, printer and metal cutting CNC. You may need to sell house to get that CNC.
@@anata5127 🤣🤣🤣 sell my house
Ich habe das Video im Stehen angefangen zu schauen, nun sitze ich. Wirklich beeindruckend das Setup und viel Hirnschmalz in die Bearbeitung der Metalle, das alles wirklich passt. Die Ausrichtung aller 3 war bestimmt nicht einfach! Dir immer CS und Gruß aus dem Norden.
What a monster project and amazing results. Now you just need that one night where the entire Ruhrgebiet has a big blackout on a perfectly clear and still night while you're tackling a challenging target. :D Three scopes is such a great move. Enjoy! :)
Yes, I need a one night of blackout now, the power generator is ready to go! 🤣
I expected no less! :D @@Mike-eg6df
Tenho um telescópio de 400mm na região metropolitana do Rio de Janeiro!! Faço ótimas observações. Grande abraço e parabéns pelo seu trabalho é equipamento.
Fantastict pictures!!
few years back, i was doing that with 3 60 mm refractors.. just never got around to finishing the project before i got a classic 10 inch red dobsonian, but hey nice to see someone make it all happen with 3 11" rasa, amazing setup, thanks for sharing!
That is absolutely insane! Well done, and clear skies to you sir!
Beautiful setup!
That is insane setup, dammmm.
This was great, I would have loved to have a voice over or a font that was easier to read for the video.
WOW! congrats, that is a dream setup 😲
Incredibly impressive!!!
Truly amazing work ,and a very expensive one at that, of you can take this setup (somehow, dont know how 😂) to a bortle 1-3 class area, your mind will get blown up along with us 😂
This is impressive... Congratulations on your setup.
Next challenge: Take it piece by piece to a dark place! Living in Europe... Iceland, maybe? Just a thought 😁👌🏼
Amazing work ! I just got my RASA 11, it looks big on my GM2000, I can't imagine 3 on one mount !
Ohhhhh, I almost cry from happiness when I see such a setup
Absolutely amazing ! How do you integrate all the images, by stacking them all in the one post-processing software? Also, would a multi-rig like this work with similar aperture scopes but not the same work? Well done.
Rather than 3 large scopes some have gone to a battery of smaller refractors....I saw one with 9-4" refractors that was used professionally. This is an impressive project and the results are great....I would have expected some major issues with alignment, synchronization, etc.
You are right. The same results could be achieved with lesser integration, one scope and … darker skies
I'd say the next project should be an RV to drive it to dark skies and easily ramp off and on 😛
Oh wow, that is such an amazing build!
WoW! Das ist wirklich beachtlich. Und deine Ergebnisse sind fantastisch. Und das aus dem Ruhrgebiet heraus. Ich bin im östlichen Ruhrgebiet am Kamener Kreuz. Da bin ich zwar am Rand des Ruhrgebietes aber es ändert sich nichts an der Luftverschmutzung. Bin gespannt was du uns noch so zeigst.
Absolutely stunning.
Ein absolut wildes Gerät, Hut ab !
Well done sir. What a creative idea using a tri RASA configuration. I’ve been thinking about this idea but with between 2 to 4 5”-6” apos. But I could never achieve f/2.2 with those. I could never do this with an AP 130 because getting one is like interstellar travel much less signing up for 2 more. I live in bortle 4 skies so I have some good sky to work with at least. Currently just capturing say NGC 206 up close in detail has taken about 3 days of imaging all night. With a setup like this I could do it possibly in one night. Might be looking at Stellarvue, TEC or Tak-but these are so much faster. You’ve given me a lot to think about. My original idea is to portablize this kind of Astro graph, I’ve got super dark skies about an hour away. Still looking at an AP1600GTO.
Am I dreaming! 😮
Very beautiful video that is very well done. Chapeau! Amazing telescope and amazing photography!
Dayum let me hold one for you 🤯
Fun Fact: All Germans are required to own a small machine shop.
Im super jealous! Makes my redcat 71 seem so tiny. Very nice setup! 👍
@13:17 beautiful
Jokes aside that is very impressive. Always handy when you have all the fabrication stuff and the know how to use it. I like the idea of 3d printing the dew shields and love your sky shed setup. Just took the leap after 15 years of somedays into narrowband astrophotography.
Wow
Excelent work my friend.... congratz
Very impressive. I am from Bochum and also try to make pictures from my backyard.
Will you be on the BoHeTa? Then we could have a coffee, maybe?
😎
Thanks a lot! If I have time I will probably come to the BoHeTa again this year!
Shockingly good quality. AMAZING job. Now here's my question, CAN I GET THAT?
Impressing setup. $$$$
this is a godly set up
Which is the opening music? Anyway, congrats for the incredible setup!
Wow, nice setup! Would you mind sharing your .stl files for the dew shield and the spider vanes?
Another question after re-watching, what is the rms total when guiding? What was your best rms?
👍
Fantastic! Excuse my ignorance, could you use all three scopes simultaneously as an array, effectively creating a massive aperture?
Yes, I think it's a little like interferometry, several scopes spaced away from each other but gathering light or radio waves in an aperture the same as the distances involved. In this case, I believe it's the same as a really fast 33-inch scope (3x11inch).
The JWST at home:
An amazing setup! Love it. Well done :)
It will be great to know Signal Noise Ratio (SNR can be measured in Pixinsight) for integrated files.
Visually, I get similar pictures of the same targets with 5 times lesser integration, with single Tak Epsilon 130 from bortle 2.
Hi, the S/N of a stack of images through a clear filter with 20h integrated exposure time through the RASAs is about 2.191e+06 or 63.41 db according to Pixinsight. A factor of 5 is about what I would expect between a sky with bortle 2 and bortle 7. This is the unfortunate result of light pollution.
@@Mike-eg6df Great! Thanks. Factor is at least 12 for LRGB and 3 for narrow band. This was measured on identical targets with identical exposure profiles.
Your SNR is extremely good from bortle 7. I never passed e+2. How do you convert that numbers in dB?
@@anata5127 The SNR is automatically calculated by a script in Pixinsight for an uncompressed 32-bit xisf image and converted to db. However, there are some db converters on the internet.
@@Mike-eg6df I don’t use script for getting in dB. But, I got converter dB = 10*logSNR. SNR is S/N with no units. I get only SNR in subframe selector.
This is amazing ty
incredible technology. triplet Astrocamera!!
What in the actual (*insert curse word here*) is going on? This is SICK!!!
That is the most ridiculous thing I've ever seen. And I love it and want one now. Lol
And i am thinking for weeks about buying a 2600mm :D
How did you solve the star reflections? I have a single RASA 11 but am plagued by reflections while imaging Pleiades or Horsehead.
Hello, I have similar problems with star halos on bright stars. Star halos are probably caused by multiple reflections between the corrector, the filters and the image sensor. This is a disadvantage of these fast astrographs.
I really enjoyed this video sir ❤
Also BGM 💐
Awesome project and engineering. Thanks for sharing. Good choice with the RASA 11, many RASA 8's have bad primary mirror grinds (I have one) Subscribed 👍
Hallo, ich habe schon einige verrückte Montagen gesehen, aber jetzt bist du in die Kategorie „Master“ gewechselt.
achtung automatische Übersetzung ;) ;)
ein kleines Augenzwinkern aus Frankreich
Очень интересно! Вы большой молодец!
Ich bin auch gerade dabei meine GM3000 aufzurüsten mit 4 Teleskopen, allerdings alle viel kleiner. Ich wohne im Bergischen Land und kämpfe auch mit Lichtverschmutzung und seit Monaten mit schlechtem Wetter.
Yes, the bad weather here has been frustrating me for weeks too. It makes you want to beam your equipment to Chile quickly.🤔
I subscribed before I watched the video. Lol!!!
⭐⭐⭐⭐⭐
👍👍👍👍✌️
This project is crazy :D
3x$5000 scopes on a $20,000 mount is affordable , boy im doing somthing wrong in life
Lukamoto has a video out explaining the diminishing return on overall time capture. Your thoughts on this?
Hello, as a first approximation you can say that the signal to noise ratio only increases with the square root of the exposure time. In other words, if I have an image with 40h exposure and a S/N of lets say 60db, I have to expose for another 40h to improve the S/N by a factor of 1.4, i.e. 3db to 63db. The gain is not great in practice and it is difficult to recognise the improvement in the image.
However, if you have only gained e.g. 4h of image data with a S/N of e.g. 50db, it may well make sense to quadruple the exposure time to 16h with a manageable effort in order to double the S/N to 56db. Of course, this is only a simple calculation example and many other factors also influence the calculation.
Muito top!!
Sehr beeindruckendes Setup und sehr saubere Arbeit! Eigentlich eine Schande, so ein tolles Setup in ein Bortle 7 Gebiet zu stellen, ich fühle mit dir 🙄 Aachen ist leider nicht viel besser
Can you compare images from one rasa vs 3 rasa.
More pictures please
That's bad ass
Bros just casually playing with 30k worth of telescopes
Mike - do you do all the CNC machining yourself or is this made by someone else? I am curious what level of expertise is needed for this in terms of designing and manufacturing. Many thanks for your input! Awesome system.
Hello, I did all the work on the milling machine and lathe myself. I bought the two machines especially for astronomy. However, these are not CNC machines, but purely manual milling and turning machines. You need a certain skill level to be able to use them. But if I can learn this, then surely everyone else can too.🙂
@@Mike-eg6df This is awesome - I am always looking for custom parts to improve the rigidity of my set up. Could you please provide the models of the milling and turning machines you purchased? It might be my next project to learn the basics of this myself. Many thanks for your response. Simon
Hello, I have an Optimum BF16 milling machine and a Bernardo Profi 450 S Vario, both rather small machines. I don't know if these machines are available in your country. However, I would recommend choosing the next larger machine for better rigidity.
Wife divorces him: *worth it*
Why cant you just buy a 20" reflector which will give you the same light collection and ~0.175 arc seconds more resolution?
Hallo Mike
WOW! Was für ein Setup
I am just going to sit over here in a corner and cry with my RedCat51 and EdgeHD 8. :(
Impressive build, hopefully you are doing real Science with your system, such as unidentified NEO's, etc.
How much better are those three c11 telescopes vs. One c14? I am a newb. No idea if that even is compareble😅
Wow!!!
Continue your channel
That looks like a serious mancave. What is the second tune, starts at about 2.00 ?
That is a tune of State Azure. Excellent Channel, check it out!
Impressive setup. What were your exposure times for the individual frames?
Sub-exposure time is between 3-6 min. Total exposure time is up to 66h.
Whats the advantage of having three telescopes beside having saved three times the needed time to observe a specific area?
Another big advantage with this setup is, that I am able to make the best out if the rare clear nights here in Germany.
wow
Следующий сетап 3 RASSA 36? 😊
Please help me understand: although this is an impressive project, 3 11’ telescopes would gather roughly as much light as a 20’ scope, is my math right? - the idea is good because it is complicated to use a catadioptric 20’ scope, and also very expensive…. I reckon the largest sct telescope as of nowadays is a 33’ monster that cost roughly 1 million pounds to build. This setup may have cost around 10% of it…
Wundervolles Projekt Mike! Wo kann man dich bitte kontaktieren? Hätte ein par Fragen an dich.
Dir noch viel Spaß mit dem Setup :)
CS,
Tim
Hi, auf meiner Website ist eine E-Mailadresse angegeben.
Congratulations! This project is a lot of work and investment. But yes you need one clear night to capture one object in narrowband + RGB stars. I have two 8 inch scopes. One I am using to shoot long distances galaxies and nebula's with the reducer become 1400mm F7. Sometimes I am using the full 2000mm F 10. And the other one with my Hyperstar lens become 400mm F1.9 for large objects. I am controlling them with 2 laptops. My question is do you use the 3 scopes with one computer or you need 3 computers for the 3 telescopes? How do you do that? Thanks!
Hi,thanks for viewing the video. I use indeed only one PC for controlling the complete setup. I am running three instances of N.I.N.A. to control the three cameras, the mount and the focus motors.
Are all the images then combined in one instance of NINA for post production of the single image?
Super
New house or new telescope hmm
Oh my, I'm curious about the wife's reaction budget wise.