Nebula – Page 2 – AstroFotoBlog

IC 2944 Running Chicken Nebula

May 29, 2022 JakubK

H II nebula

1 Comment

IC 2944 Running Chicken Nebula is an H II region located in the constellation Centaurus. It’s a galactic neighbor of the Carina Nebula because they both belong to the Sagittarius spiral arm of the Milky Way Galaxy. I must admit that this was my secondary nebula target for my trip to Namibia. Therefore, I didn’t dedicate much time – only 3 hours. However, the details popped out, so overall, I am happy with this “fake” Hubble palette picture.

And here is an even more “fake” picture, where the stars are completely removed. However, the nebulosity gained a 3D-like look.

Telescope	Sharpstar 94EDPH
Aperture	94 mm
Focal length	414 mm
Mount	Rainbow Astro RST 135
Autoguiding	ZWO 174MM, QHY Mini Guide Scope
Camera	ZWO 2600MM @-10°C
Corrector	F4.4 Quad Reducer
Filters	Antlia Ha, OIII, SII 3 nm
Exposure	36x300s, Gain 100, bin 1x1,
Date	2022-05-29

NGC 3372 Eta Carina Nebula

May 28, 2022 JakubK

H II nebula

2 Comments

Carina Carina nebula DSO Eta Carinae Great Carina Nebula Kiripotib Namibia Narrow band Nebula NGC 3372 NGC3372 Rainbow Astro RST135 Sharpstar 94EDPH ZWO ASI 2600MM

Eta Carina Nebula is the southern hemisphere’s most prominent deep space object. In fact, this nebula is the reason why I packed all my portable astro-gear and flew to Namibia. Carina is approximately 4x brighter than the Orion nebula, which could be considered a highlight of the northern hemisphere. Moreover, it’s much larger. The nebula is a combination of emission and dark nebulae, located in the constellation Carina and it’s roughly 8500 light-years away from us.

It was a struggle to get the rig working in Namibia, but after two nights I managed and the next day, when I processed the pictures, a big smile appeared on my face. Well done, mission accomplished.

During our stay at Kiripotib Namibia, the other guest rented a 14.5-inch Dobsonian telescope and allowed us to have a look at the Carina (thank you so much, Peter). It was a simply spectacular view. Such a huge aperture combined with TeleVue eyepieces – WOW effect was there. Moreover, the Dobsonian had a filter wheel with OIII, UHC, and H-beta filters. Just by turning it, one could see a completely different nebulosity. I was really happy to see this beautiful deep space object with my own eyes.

Here is the processed picture in the Hubble color palette.

And here is bi-color version (R-Ha, G-OIII, B-OIII)

Telescope	Sharpstar 94EDPH
Aperture	94 mm
Focal length	414 mm
Mount	Rainbow Astro RST 135
Autoguiding	ZWO 174MM, QHY Mini Guide Scope
Camera	ZWO 2600MM @-10°C
Corrector	F4.4 Quad Reducer
Filters	Antlia Ha, OIII, SII 3 nm
Exposure	87x300s, Gain 100, bin 1x1,
Date	2022-05-27

NGC2264 Cone nebula

March 10, 2022 JakubK

H II nebula

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Cone nebula DSO Emission nebula HII region MaxField coma corrector Monoceros Narrow band Nebula Newton 150/600 NGC2264 Rainbow Astro RST135 ZWO ASI 2600MM

The Cone Nebula is a molecular cloud of excited hydrogen gas, located in the constellation Monoceros. It belongs to the group of nebulae, which can be observed/photographed during the winter in the northern hemisphere. I tried to capture this object a long time ago without success. I must say, it’s a very difficult one, so I attempted this time with new equipment. Specifically new extra, super, mega narrowband filters, having a bandwidth of only 3 nm. Combined with a small 6″ Newtonian telescope I was able to generate a pretty decent picture.

Here is a fake Hubble palette edit:

And here is a more natural-looking bi-color edit:

Telescope	Newton 150/600 mm
Aperture	150 mm
Focal length	570 mm
Mount	Rainbow Astro RST 135
Autoguiding	ZWO 174MM, QHY Mini Guide Scope
Camera	ZWO 2600MM @-10°C
Corrector	MaxField coma corrector
Filters	Antlia Ha, OIII, SII 3 nm
Exposure	142x300s, Gain 100, bin 1x1,
Date	2022-03-09

NGC2174 Monkey Head Nebula

March 7, 2022 JakubK

H II nebula

2 Comments

DSO Gemini gf53 HII region Monkey Head Nebula Narrow band Nebula Newton 254/1000 NGC2174 Orion ZWO ASI 2600MM

Another nebula, which resembles a head of an animal is designated NGC 2174, sometimes called Monkey Head Nebula. After capturing the Horse Head Nebula in the constellation Orion, I waited for a few days for good weather and pointed my telescope again into the Orion, this time to its northern part. Monkey Head Nebula is an HII region, which is approximately 6400 light-years away from Earth. To find a monkey is not that difficult. There is a baboon’s head on the upper left side, which is looking into the constellation Taurus.

The best way to capture this nebula is by using narrowband filters. For this purpose, I ordered a new monochrome camera ZWO 2600MM with a 2″ filter wheel. The filters are equally important as a camera, so I decided on Antlia 3 nm. As a first light, I must say that this combination works really well. I made in total 90 exposures, 5 minutes each, which means over 7 hours of integration time.

Telescope	Newton 254/1000 mm
Aperture	254 mm
Focal length	950 mm
Mount	Gemini G53f
Autoguiding	ZWO 174MM, TS 60/240 mm
Camera	ZWO 2600MM @-10°C
Corrector	MaxField coma corrector
Filters	Antlia Ha, OIII, SII 3 nm
Exposure	90x300s, Gain 100, bin 1x1,
Date	2022-03-06

B33 HORSEHEAD NEBULA

February 9, 2022 JakubK

Dark Nebula H II nebula

1 Comment

Alnitak B33 Barnard 33 Dark nebula DSO Flame Nebula Gemini gf53 HII region Horsehead Horsehead nebula Nebula Newton 254/1000 Nexus coma corrector NGC2024 Optolong L-eXtreme Orion ZWO ASI071MC Pro

Horsehead nebula is IMHO the most beautiful deep space object. It is located in the constellation Orion. Everybody knows this constellation because it can be easily identified by three aligned stars (Alnitak, Alnilam, and Mintaka), which forms the belt of the Orion.

The nebula is very dim. Therefore, visual observation is nearly impossible, unless you have a telescope, having at least 1 meter in diameter. To photograph it, one needs a very long exposure time. I used 5 minutes per image and I took 36 of them. The nebula complex is visually very large, so the optimal focal length should be shorter than 750 mm. I used a Newtonian telescope with a focal length of 1000 mm but reduced to 750 mm by the Nexus coma corrector. It turns the Newtonian into a light-collecting bucket, but the quality suffers from that. The stars in the corners are everything, but round. Moreover, I used dual-band filter Optolong L-eXtreme, which increased the contrast of the nebula, but also made the asymmetric halo around the bright stars. I played a bit with the white balance and pushed the colors into the orange tint, to reach the warmer feeling in cold February.

Telescope	Newton 254/1000 mm
Aperture	254 mm
Focal length	750 mm
Mount	Gemini G53f
Autoguiding	ZWO 174MM, TS 60/240 mm
Camera	ZWO 071 Pro @-10°C
Corrector	Nexus coma corrector
Filters	Optolong l-eXtreme
Exposure	36x300s, Gain 95, bin 1x1,
Date	2022-02-09

IC443 Jellyfish nebula

February 6, 2022 JakubK

Supernova remnant

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DSO Gemini Gemini gf53 IC443 Nebula Newton 254/1000 Nexus coma corrector Optolong L-eXtreme Supernova remnant ZWO ASI071MC Pro

Jellyfish Nebula is a supernova remnant in the constellation Gemini. A very long time ago a supermassive star exploded and emitted a lot of material into space. It is not clear when exactly it happened, but the latest research dates the explosion between a few thousand years and 30’000 years. The shape definitely resembles a jellyfish, having the head at the top and tentacles at the bottom and overall it looks like it floats in the space. It’s interesting how many nebulae have names related to an animal. For example the Seagull Nebula, the Elephant Trunk Nebula, the Eagle Nebula, the Lobster Nebula, the Horsehead Nebula, etc.

Telescope	Newton 254/1000 mm
Aperture	254 mm
Focal length	750 mm
Mount	Gemini G53f
Autoguiding	ZWO 174MM, TS 60/240 mm
Camera	ZWO 071 Pro @-10°C
Corrector	Nexus coma corrector
Filters	Optolong l-eXtreme
Exposure	48x300s, Gain 95, bin 1x1,
Date	2022-02-06

IC2177 Seagull Nebula

January 23, 2022 JakubK

H II nebula

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Canis Major DSO Emission nebula HII region IC2177 Monoceros Nebula Rainbow Astro RST135 Seagull Nebula William Optics RedCat 51 ZWO ASI071MC Pro

I am not a huge fan of birding, but I captured this “Seagull” with pleasure. Initially, I noticed on my wide-angle photo, that there is a giant nebula north of Sirius. I checked in Stellarium what would be the optimal focal length and found out that this is a perfect target for William Optics RedCat combined with an APS-C sensor. Moreover, I was able to fit the M50 open cluster into the field of view (on the left side).

Telescope	William Optics RedCat 51/250 f4.9
Aperture	51 mm
Focal length	250 mm
Mount	Rainbow Astro RST 135
Autoguiding	ZWO 178MM, QHY Mini Guide Scope 30/130 mm
Camera	ZWO 071 Pro @-10°C
Corrector	no
Filters	Optolong L-eXtreme 2"
Exposure	85x180s, gain 95
Date	2022-01-23

NGC1499 California Nebula

January 23, 2022 JakubK

H II nebula

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California nebula DSO Emission nebula Nebula NGC1499 Optolong L-eXtreme Perseus Rainbow Astro RST135 William Optics RedCat 51 ZWO ASI071MC Pro

California Nebula is a cloud of ionized hydrogen gas (HII region), which can be found in the constellation Perseus. The nebula is 1320 light-years away from Earth and it is 100 light-years long. Visual observation is very difficult, due to very low brightness. The first person who spotted this nebula was Edward Emerson Barnard in 1885. Since it is an emission nebula, it can be relatively easily photographed even under the light-polluted sky, with help of a narrowband filter.

I always wanted to capture this nebula, but the focal length must be relatively short. This is a perfect opportunity to test the William Optics RedCat. This time not with Canon EOS 6Da, but I attached a cooled astro camera ZWO ASI071 and placed the Optolong L-eXtreme dual-band filter.

Telescope	William Optics RedCat 51/250 f4.9
Aperture	51 mm
Focal length	250 mm
Mount	Rainbow Astro RST 135
Autoguiding	ZWO 178MM, QHY Mini Guide Scope 30/130 mm
Camera	ZWO 071 Pro @-10°C
Corrector	no
Filters	Optolong L-eXtreme 2"
Exposure	105x180s, gain 95
Date	2022-01-23

IC1396 Elephant Trunk Nebula

January 12, 2022 JakubK

H II nebula

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Canon EOS 6D Cepheus DSO Elephant trunk nebula HII region IC1396 iOptron Skyguider Pro Nebula William Optics RedCat 51

I have a new toy. Motivated by a quite bad experience with ASKAR 180 FMA and its chromatic aberration I started to search for a better pocket-size telescope. To decide which one was quite simple. I would say there is nothing sharper and nothing with a better reputation than William Optics RedCat 51mm. The detailed comparison with ASKAR will come a bit later. This is the first light, where I tested the portable setup – iOptron Skyguider on a tripod, Canon 6Da, and the RedCat. The Moon was shining like crazy, therefore I attached the dual narrow band filter Optolong L-eXtreme filter. After 3 hours of collecting the filtrated photons, a pretty nice picture came out of it. I took this DSO using the same camera combined with the ASKAR 180FMA (link) but in broadband. Therefore, it’s like comparing apples and oranges. However, the RedCat looks much sharper and it contains more details. I cannot wait to test the RedCat under dark skies.

Telescope	William Optics RedCat 51/250 f4.9
Aperture	51 mm
Focal length	250 mm
Mount	iOptron SkyGuider Pro
Autoguiding	ZWO 174MM, TS 60/240 mm
Camera	Canon 6Da
Corrector	no
Filters	Optolong L-eXtreme 2"
Exposure	62x180s, Iso 1600
Date	2022-01-12

NGC 2237 Rosette Nebula

January 12, 2022 JakubK

H II nebula

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DSO Emission nebula HII region Monoceros Nebula Newton 150/600 NGC 2237 NGC2237 Rainbow Astro RST135 Rosette nebula ZWO ASI 2600MM

I couldn’t imagine a better final object for the winter season. Rosette Nebula is my favorite H II region in the constellation Monoceros. At the same time, I used this deep-space object to test my portable Newtonian telescope with my new monochromatic camera ZWO ASI 2600MM. Well compared to the previous setup, this camera has much smaller pixels, which increases the requirements for the optics, specifically for the coma corrector. I am not happy with the star shape and for my planned trip to Namibia, I will try to find a portable refractor.

Here is a “fake” Hubble palette (SII, Ha, OIII):

And here more realistic bi-color variant (Ha, OIII, OIII)

Telescope	Newton 150/600 mm
Aperture	150 mm
Focal length	570 mm
Mount	Rainbow Astro RST 135
Autoguiding	ZWO 174MM, QHY Mini Guide Scope
Camera	ZWO 2600MM @-10°C
Corrector	MaxField coma corrector
Filters	Antlia Ha, OIII, SII 3 nm
Exposure	94x300s, Gain 100, bin 1×1,
Date	2022-01-12

NGC 6559 Nebula

September 21, 2020 JakubK

H II nebula

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Dark nebula DSO HII region Kythira MaxField coma corrector Nebula Newton 150/600 NGC6559 Rainbow Astro RST135 Sagittarius ZWO ASI071MC Pro

f we look in the middle of the night during the summer months (on the northern hemisphere) into the Milky Way’s core, we can find many prominent deep space objects, like Lagoon, Omega, Eagle, or Trifid nebulae. However, there are also not so well known, but also very beautiful, objects. For instance emission nebula NGC 6559, which can be located in constellation Sagittarius. The star-forming region is surrounded by the dark nebula B 91 in the shape of a heart. At the bottom left corner, a part of the Lagoon Nebula is visible.

Telescope	Newton 150/600 mm
Aperture	150 mm
Focal length	570 mm
Mount	Rainbow Astro RST 135
Autoguiding	ZWO 174MM, Guidescope 30 mm
Camera	ZWO 071 Pro @-0°C
Corrector	TS MaxField
Filters	No
Exposure	54x180s, Gain 94, bin 1x1,
Date	2020-09-21

NGC 6726 Nebula

September 13, 2020 JakubK

Reflection nebula Uncategorized

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Corona Australis DSO Globular cluster Kythira MaxField coma corrector Nebula Newton 150/600 NGC6723 Chandelier cluster NGC6726 Rainbow Astro RST135 ZWO ASI071MC Pro

NGC 6726 is a reflection nebula located in the constellation Corona Australis. Visually, there is a deep space neighbor, the Chandelier globular cluster NGC 6723. These deep space objects can be also found on my wide-angle picture of the Milky Way in the left bottom corner .

Telescope	Newton 150/600 mm
Aperture	150 mm
Focal length	570 mm
Mount	Rainbow Astro RST 135
Autoguiding	ZWO 174MM, Guidescope 30 mm
Camera	ZWO 071 Pro @-0°C
Corrector	TS MaxField
Filters	No
Exposure	44x180s, Gain 94, bin 1x1,
Date	2020-09-13

IC 1318 Sadr Region

September 11, 2020 JakubK

H II nebula

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Butterfly nebula Cygnus DSO IC1318 Kythira MaxField coma corrector Nebula Newton 150/600 Rainbow Astro RST135 Sadr Region ZWO ASI071MC Pro

Sadr Region, sometimes called The Gamma Cygni Nebula is a giant cloud of ionized hydrogen, located in the constellation Cygnus (Swan). The picture shows only a part of the whole complex. In order to capture the whole nebula, I would need a telescope with a much shorter focal length of the much bigger sensor of the camera. This is actually my second attempt. The first one from Milos Island was quite nice, but this time I dedicated a significantly longer time for this deep space object. Specifically, the picture is an integration of 405 minutes, which means nearly 7 hours in total.

Telescope	Newton 150/600 mm
Aperture	150 mm
Focal length	570 mm
Mount	Rainbow Astro RST 135
Autoguiding	ZWO 174MM, Guidescope 30 mm
Camera	ZWO 071 Pro @-0°C
Corrector	TS MaxField
Filters	No
Exposure	135x180s, Gain 94, bin 1x1,
Date	2020-09-11

NGC6888 Crescent Nebula

August 20, 2020 JakubK

H II nebula

1 Comment

Crescent nebula Cygnus DSO Gemini gf53 IDAS NB1 Nebula Filter MaxField coma corrector Nebula Newton 254/1000 NGC6888 ZWO ASI071MC Pro

Another cloudless night and I decided to test the IDAS NB1 filter again This time on Crescent Nebula, located in constellation Cygnus. The nebulosity was captured well and it’s comparable to the narrowband image I captured a long time ago. However, the bright stars are surrounded by ugly reflections. I am not sure it’s due to the MaxField coma corrector or the filter. Next time I will try with ExploreScientific coma corrector and we will see.

Telescope	Newton 254/1000 mm
Aperture	254 mm
Focal length	950 mm
Mount	Gemini G53f
Autoguiding	ZWO 174MM, TS 60/240 mm
Camera	ZWO 071 Pro @-5°C
Corrector	MaxField coma corrector
Filters	IDAS NB1 Nebula Filter
Exposure	103x180s, Gain 95, bin 1x1,
Date	2020-08-20

NGC7000 North America Nebula

August 10, 2020 JakubK

H II nebula

0 Comment

Cygnus DSO Gemini gf53 HII region IDAS NB1 Nebula Filter Nebula Newton 254/1000 NGC7000 North America Nebula TS MaxField coma corrector ZWO ASI071MC Pro

After capturing the Eagle Nebula, I was searching for another nebula to test the new IDAS NB1 filter and I picked NGC7000 North America Nebula, switched on autoguiding, and went to sleep. The next morning I processed 138 pictures, each 3 minutes long. Well, I must say that this filter is a very good option for astrophotography in light-polluted locations.

Technical details:

Telescope	Newton 254/1000 mm
Aperture	254 mm
Focal length	950 mm
Mount	Gemini G53f
Autoguiding	ZWO 174MM, TS 60/240 mm
Camera	ZWO 071 Pro @-5°C
Corrector	MaxField coma corrector
Filters	IDAS NB1 Nebula Filter
Exposure	138x180s, Gain 95, bin 1x1,
Date	2020-08-10

M16 Eagle Nebula

August 9, 2020 JakubK

H II nebula

1 Comment

DSO Eagle nebula Gemini gf53 HII region IDAS NB1 Nebula Filter M16 MaxField coma corrector Messier16 Nebula Newton 254/1000 Serpens ZWO ASI071MC Pro

Eagle Nebula is probably the most known deep space object, due to one picture from the Hubble Space Telescope. The pillars of creation were detected, where the new stars are born. I already captured this nebula by using narrowband filters and a monochrome camera. This time I used a different approach – a one-shot color camera + a new IDAS NB1 Nebula Filter. This filter should completely suppress the light pollution from sodium lamps and partially from LED lamps, passing the most interesting wavelength of H-alpha, OIII, and H-beta. In my opinion, it works well even in my light-polluted home.

Technical details:

Telescope	Newton 254/1000 mm
Aperture	254 mm
Focal length	950 mm
Mount	Gemini G53f
Autoguiding	ZWO 174MM, TS 60/240 mm
Camera	ZWO 071 Pro @-5°C
Corrector	MaxField coma corrector
Filters	IDAS NB1 Nebula Filter
Exposure	82x180s, Gain 95, bin 1x1,
Date	2020-08-09

NGC6357 Lobster Nebula

July 22, 2020 JakubK

H II nebula

1 Comment

Canary Islands DSO Emission nebula Fuerteventura HII region Lobster nebula Nebula Newton 150/600 NGC6357 Rainbow Astro RST135 Scorpius TS MaxField coma corrector ZWO ASI071MC Pro

Lobster Nebula is a HII region (giant cloud of excited hydrogen gas) located in the constellation Scorpius. The nebula rises only 8° above the horizon in Central Europe, which means, it is submerged in light pollution caused by nearby towns, villages, or cities. The situation is completely different on the Canary Islands, where the nebula rises 27° above the horizon. Therefore, this nebula was the primary target of my expedition to Fuerteventura. Unfortunately, the weather didn’t cooperate and strong winds caused bad seeing and didn’t allow me to capture more frames. So, next time it will be better.

Technical details:

Telescope	Newton 150/600 mm
Aperture	150 mm
Focal length	570 mm
Mount	Rainbow Astro RST 135
Autoguiding	ZWO 174MM, Guidescope 30 mm
Camera	ZWO 071 Pro @-0°C
Corrector	TS MaxField
Filters	No
Exposure	40x180s, Gain 94, bin 1x1,
Date	2020-07-22

IC 4304 Rho Ophiuchi Nebula

July 21, 2020 JakubK

Dark Nebula Reflection nebula

1 Comment

Dark nebula DSO Fuerteventura IC4604 MaxField coma corrector Nebula Newton 150/600 Ophiuchus Rainbow Astro RST135 Reflection nebula Rho Ophiuchi ZWO ASI071MC Pro

Rho Ophiuchi is a triple star system (on the left side of the picture) in the constellation Ophiuchus. The light from the stars is partially absorbed by the gas, which makes the blue reflection nebula visible. A smaller reflection nebula called IC 4603 is located on the right. The picture shows just a small frame of the significantly bigger nebula, called the Rho Ophiuchi complex, which combines star Antares, globular cluster M4, and many more reflection, emission, and dark nebulae. In order to capture the whole complex, one has to use a significantly shorter focal length, like 130 – 200 mm.

The picture was taken under the dark skies of Fuerteventura and it’s a stack of 73 pictures, 3 minutes each, which makes the total integration time 219 minutes.

Technical details:

Telescope	Newton 150/600 mm
Aperture	150 mm
Focal length	570 mm
Mount	Rainbow Astro RST 135
Autoguiding	ZWO 174MM, Guidescope 30 mm
Camera	ZWO 071 Pro @-0°C
Corrector	TS MaxField
Filters	No
Exposure	73x180s, Gain 94, bin 1x1,
Date	2020-07-21

NGC7023 Iris nebula

September 3, 2019 JakubK

Dark Nebula Reflection nebula

1 Comment

Astronomik L-1 UV IR Block Filter Avalon M-Zero Cepheus Dark nebula DSO Explore scientific coma corrector Iris nebula Karpathos Nebula Newton 150/600 NGC7023 Reflection nebula

Iris nebula, known as NGC 7023, is a reflection/dark nebula located in constellation Cepheus. It’s 1300 light years far from the Solar system and it has 6 light years in diameter. In the middle of the nebula rules so called baby star, which is only few thousand years old. The star was created partially from the gas which is now illuminated.

The picture was taken under dark skies of Greek island Karpathos during my 2019 expedition. Unfortunately, the weather was very bad. There wasn’t a single cloud on the sky, but it was extremely windy, therefore I got only one single steady night and this night I wanted to capture also other deep space objects. Therefore the picture is a stack of only 37 pictures, each 2 minutes long.

Technical details:

Telescope	Newton 150/600 mm
Aperture	150 mm
Focal length	630 mm
Mount	Avalon M-Zero
Autoguiding	ZWO 174MM, Guidescope 30 mm
Camera	ZWO 071 Pro @-5°C
Corrector	Explore Scientific HR
Filters	Astronomik L-1 - UV IR Block Filter
Exposure	37x120s, Gain 94, bin 1x1,
Date	2019-09-03

NGC 2237 Rosette Nebula

March 30, 2019 JakubK

H II nebula

1 Comment

Astronomik L-1 UV IR Block Filter Avalon M-Zero DSO Explore scientific coma corrector HII region Monoceros Nebula Newton 150/600 NGC2237 Rosette nebula ZWO ASI071MC Pro

Rosette Nebula is a giant cloud of hydrogen gas. The gas is ionized by the star cluster located in the middle and therefore emits the light. Circular shape and the color correspond to the name – the rose. The cluster in the middle can be observed even by using small telescope, but the nebulosity is very dim, therefore in order to see it, one would need perfectly dark sky and very large telescope with low magnification. It’s definitely easier to photograph the nebulosity. My previous photo was done through the narrow band filters, which suppress the light pollution and increases the contrast of the picture. Now I tried it with normal one shot color camera and I must conclude that it went quite well.

Technical details:

Telescope	Newton 150/600 mm
Aperture	150 mm
Focal length	630 mm
Mount	Avalon M-Zero
Autoguiding	ZWO 174MM, Guidescope 30 mm
Camera	ZWO 071 Pro @-10°C
Corrector	Explore Scientific HR
Filters	Astronomik L-1 - UV IR Block Filter
Exposure	16x300s, Gain 94, bin 1x1,
Date	2019-03-30

AstroFotoBlog

Tag: Nebula

IC 2944 Running Chicken Nebula

NGC 3372 Eta Carina Nebula

NGC2264 Cone nebula

NGC2174 Monkey Head Nebula

B33 HORSEHEAD NEBULA

IC443 Jellyfish nebula

IC2177 Seagull Nebula

NGC1499 California Nebula

IC1396 Elephant Trunk Nebula

NGC 2237 Rosette Nebula

NGC 6559 Nebula

NGC 6726 Nebula

IC 1318 Sadr Region

NGC6888 Crescent Nebula

NGC7000 North America Nebula

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M16 Eagle Nebula

Technical details:

NGC6357 Lobster Nebula

IC 4304 Rho Ophiuchi Nebula

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NGC7023 Iris nebula

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NGC 2237 Rosette Nebula

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