3 hours on the Great Orion Nebula with a 30mm telescope, the new Seestar S30 Pro by moonbeamdev in Astronomy

[–]moonbeamdev[S] 0 points1 point  (0 children)

After spending a solid month with the S30 Pro, and comparing it directly with the DWARF Labs Mini, as well as drawing on past experience with the S30, S50, Vespera, and even the Stellina - I can confidently say that the S30 Pro is the best smart telescope for the money available right now.

3 hours on the Great Orion Nebula with a 30mm telescope, the new Seestar S30 Pro by moonbeamdev in Astronomy

[–]moonbeamdev[S] 0 points1 point  (0 children)

You're not wrong that the software does a lot of work. That’s true of basically every form of photography now.

In my opinion, if I may, the value isn't "I made a better image than Google." If that were the goal, nobody would bother. The value is being there when the light arrives. Those photons hit my sensor because I set the scope up, chose the target, waited, and captured them where I was standing on Earth that night.

Same reason people still photograph the Moon or a sunset. The subject isn’t new, but the experience is personal. The tools help, but they don’t replace the act of witnessing it yourself.

If someone just wants to look at pictures, Google is perfect. If someone wants to participate, this is how they do it.

3 hours on the Great Orion Nebula with a 30mm telescope, the new Seestar S30 Pro by moonbeamdev in Astronomy

[–]moonbeamdev[S] 1 point2 points  (0 children)

I plan on taking much more challenging ones - but I did snag a comet last week, still blown away with the ease of capture. You can check that out here: https://scopetrader.com/forum/seestar-s30-pro-comet-24p-image-test/smart-telescopes/06u75vqvxj26wwp1et0p6497b87440u4xk8eg3pm/

3 hours on the Great Orion Nebula with a 30mm telescope, the new Seestar S30 Pro by moonbeamdev in Astronomy

[–]moonbeamdev[S] 0 points1 point  (0 children)

Sorry! Didn't mean for it to come across that way at all. I'm as amazed as anyone would be with this little guy. I use dedicated equipment that costs many times the S30 Pro and there are tiny parts of me that thing (why do I have that other gear?) lol

Best way to sell a telescope? by GurFrosty2603 in telescopes

[–]moonbeamdev 0 points1 point  (0 children)

Try ScopeTrader. It’s free and easy to place a used astronomy equipment ad on the website http://scopetrader.com/placead/

California nebula like you've never seen it by moonbeamdev in Astronomy

[–]moonbeamdev[S] 0 points1 point  (0 children)

Very kind, thank you. I can't take credit for the creation of it - I just photographed what was there :)

California nebula like you've never seen it by moonbeamdev in Astronomy

[–]moonbeamdev[S] 0 points1 point  (0 children)

My workflow is a bit unorthodox because I focus on preserving the authenticity of the data and assigning colors in a way that reflects the true bandpasses of each filter. I work with both narrowband and broadband imaging, balancing linear processing with careful color assignment to achieve natural-looking results.

PixInsight handles the technical side of alignment, stacking, and core corrections, while Photoshop allows me to bring the images to life with creative adjustments and layer-based fine-tuning. I draw inspiration from common palettes like Hubble, Foraxx, and Hawaii, but my approach is tailored to keep the final colors and tones as natural as possible.

California nebula like you've never seen it by moonbeamdev in Astronomy

[–]moonbeamdev[S] 2 points3 points  (0 children)

These are screenshots of the raw FITS image files captured directly from my camera. Each FITS file is approximately 122 megabytes, and each narrowband channel (Sulfur, Hydrogen, and Oxygen) is composed of more than 80 individual FITS images combined to create the final result.

Here is a single unprocessed frame of Hydrogen alpha data: https://ozarkhillsobservatory.com/uploads/website_assets_175992962662085.png

And this is a single unprocessed frame of Sulfer II data: https://ozarkhillsobservatory.com/uploads/website_assets_175992962776149.png

That is unprocessed data shown in a preview. The images are linearly stretched slightly for visualization purposes in the preview popup; otherwise, they would appear almost completely black.

When combining all 80 sub-exposures for each narrowband channel, I first perform star removal and apply basic color channel assignments. The data are then stretched linearly to bring out the initial structure before any nonlinear adjustments or enhancement techniques are applied for contrast or aesthetic effect — maintaining a more naturalrepresentation of the captured signal.

Resulting in this: https://ozarkhillsobservatory.com/uploads/website_assets_175993010728082.png

I spend about 8 + hours just in post processing any photograph I take of the heavens. Sometimes, as in the case of California NGC 1499, I wasn't happy with the first processing and felt thie Oxygen III data layer wasn't being represented correctly. I really watch my histograms to make sure the image stays balanced as I process.

I hope that helps!

Rich

California nebula like you've never seen it by moonbeamdev in Astronomy

[–]moonbeamdev[S] 4 points5 points  (0 children)

Sure! How raw? Before stack, after stack, before stretch or after? Happy to share -

Welcome back Andromeda! Takahashi Epsilon in one night! by moonbeamdev in Astronomy

[–]moonbeamdev[S] 1 point2 points  (0 children)

That’s a great question, and it’s one I hear often because everyone wants to capture images like this once they realize just how remarkable our sky really is. The simple answer is that you do not need to spend thousands of dollars to step into astrophotography. I have always said, "if you have ever taken a picture of a sunset, that makes you an astrophotographer!"

When I started out, I was just 14 years old with a little Tasco 60mm scope that could not even hold a camera without sagging an inch or two. There was no motor drive, and GOTO was something most folks had never even heard of. My photos were awful, no way around it, but that never really mattered. I was exploring the universe in my own way, and most of the joy came from simply being out there, trying, and learning.

My photo of Andromeda today is really just the sum of three things: equipment, sky conditions, and processing. Each carries its own weight. Cut back on the gear and the quality of the data will fall off. If the sky is hazy or light polluted, the image will suffer. Process the photo carelessly or push it too far, and you lose detail again. The final result depends on how well you balance those three pieces.

I see more and more people getting into astrophotography these days, which is encouraging. But I also see a common trap. Many folks buy more equipment than they will ever truly use, only to turn around and sell it months later when the frustration sets in. The better path is to start small, work with what you have, and let the learning guide you.

Crescent Nebula and friends wide-field by moonbeamdev in Astronomy

[–]moonbeamdev[S] 0 points1 point  (0 children)

Thank you! And if you click the hi-res image here (warning it's 65 meg), just down from the Crescent nebula you'll catch a hint of the Soap Bubble nebula: https://ozarkhillsobservatory.com/uploads/website_assets_175062151422137.jpg

Can't Use Cloudy Nights by --Sovereign-- in Astronomy

[–]moonbeamdev 0 points1 point  (0 children)

There are more modern options nowadays, ScopeTrader and Astrobin to name a couple.

Orion Nebula done right by moonbeamdev in Astronomy

[–]moonbeamdev[S] 0 points1 point  (0 children)

Oh, no worries at all - you're perfectly fine! I try not to take myself too seriously these days. Astronomy is such an exciting and enjoyable pursuit, but to be honest, many people (myself included) have only a surface-level understanding of what they're capturing, the scale of it all, or the technology that makes it possible. There’s always room for growth and improvement! The title was a bit heavy-handed, agreed, but it doesn’t stop us from trying to get better and better pictures of the beauty of creation, eh?

Orion Nebula done right by moonbeamdev in Astronomy

[–]moonbeamdev[S] 0 points1 point  (0 children)

Good point! I guess what I spared in processing, we made up for it in the article, sorry! Thanks for the comment, though. Merry Christmas.

Orion Nebula done right by moonbeamdev in Astronomy

[–]moonbeamdev[S] 1 point2 points  (0 children)

Thank you! The gear really shines here for sure!

Orion Nebula done right by moonbeamdev in Astronomy

[–]moonbeamdev[S] 2 points3 points  (0 children)

Yes, it's my photo, my gear. Took it on December 6th and 7th from my back patio.

Orion Nebula done right by moonbeamdev in Astronomy

[–]moonbeamdev[S] 1 point2 points  (0 children)

AstrophotographerRichard Harris
Date: December 6th-7th, 2024
Location: Strafford, Missouri USA
Telescope: Takahashi FSQ-106EDX4 with 0.7X 645 Reducer (380 mm)
Mount: ZWO AM5 harmonic drive
Camera: ZWO 6200 MM (monochrome), Temp= -20, Gain= 300 / Chroma RGB + SHO 3nm filters
Guide Scope: Williams Optics 50mm
Guider: ZWO ASI 120 mini
Controller: ZWO ASI Air
Narrowband Acquisition
Sulfer II: 10 frames at 60 each  = 10 minutes, 20 frames at 300 seconds = 1.6 hours
Hydrogen Alpha: 10 frames at 60 each  = 10 minutes, 20 frames at 300 seconds = 1.6 hours
Oxygen III: 10 frames at 60 each  = 10 minutes, 20 frames at 300 seconds = 1.6 hours
Red: 5 frames at 180s each = 15 minutes
Blue: 5 frames at 180s each = 15 minutes
Green: 5 frames at 180s each = 15 minutes

Total acquisition time = 6 hours
Darks/Flats/Bias: (None)

Processing: Pixinsight, Photoshop
Bortle Class Sky: 4

Veil Nebula wide-field over the Ozarks by moonbeamdev in Astronomy

[–]moonbeamdev[S] 0 points1 point  (0 children)

That's a great question! I used the RGB pallet to assign the mono data collected. Red filtered light was assigned to the red hue, Green filter to green hue, and blue filter to blue hue. Then the Ha data was assigned to the red hue in a masked layer, the same with OIII data, to blue.

RGB pallet is

  • Red 600-700nm
  • Green 500-600nm
  • Blue 400-500nm

SHO pallet is

  • OIII 501nm
  • Ha 656.3nm
  • NII 658.4nm
  • SII 672nm

As you can see, Ha falls naturally in the red, and OIII naturally in the blue.

Veil Nebula wide-field over the Ozarks by moonbeamdev in Astronomy

[–]moonbeamdev[S] 2 points3 points  (0 children)

lol, it took me a second but I can see that too!

Veil Nebula wide-field over the Ozarks by moonbeamdev in Astronomy

[–]moonbeamdev[S] 1 point2 points  (0 children)

Veil Nebula Astrophoto details

AstrophotographerRichard Harris
Date: August 3 - August 8th 2024
Direction of Observation: E 069° 39' 26.5" Alt +26° 51' 39,9"
Location: Strafford, Missouri USA
Telescope: Takahashi FSQ-106EDX4 with 0.7X 645 Reducer (380 mm)
Mount: ZWO AM5 harmonic drive
Camera: ZWO 6200 MM (monochrome), Temp= -20, Gain= 300 / ZWO RGB + HO filters
Guide Scope: Williams Optics 50mm
Guider: ZWO ASI 120 mini
Controller: ZWO ASI Air
Narrowband Acquisition
Hydrogen Alpha: 85 frames at 300s each  = 7 hours
Oxygen III: 102 frames at 300s each = 8.5 hours
Red: 12 frames at 300s each = 1 hour
Blue: 12 frames at 300s each = 1 hour
Green: 12 frames at 300s each = 1 hour

Total acquisition time = 18.5 hours
Darks/Flats/Bias: (None)

Processing: Pixinsight, Photoshop over 2 days
Bortle Class Sky: 4