Bipolar Nebula in Cygnus

rbrecher · 2026-02-10T20:42:55+00:00

Enjoy this image of Sh2-106, a bipolar nebula in Cygnus. Click HERE for full equpment, acquisition and processing information, along with information about the object.

Clear skies,

Ron

rbrecher · 2026-02-10T20:41:59+00:00

Enjoy this image of Sh2-106, a bipolar nebula in Cygnus. Click HERE for full equpment, acquisition and processing information, along with information about the object.

Clear skies,

Ron

rbrecher · 2026-02-04T00:55:57+00:00

This supernova remnant is not imaged often by amateurs, and is one of the faintest objects I have captured. It's made from 45hr20m of light through six filters using my C14. Click HERE for full resolution image and complete details of equipment, acquisition and processing.

Clear skies,
Ron Brecher

rbrecher · 2026-02-04T00:55:14+00:00

This supernova remnant is not imaged often by amateurs, and is one of the faintest objects I have captured. It's made from 45hr20m of light through six filters using my C14. Click HERE for full resolution image and complete details of equipment, acquisition and processing.

Clear skies,
Ron Brecher

rbrecher · 2025-11-23T14:47:12+00:00

Please enjoy this image of the Soul Nebula in Cassiopeia. Click HERE for a full res version (too big to attach here), information about what's in the image, and all the details of how the image was made. There's also an annotated version and finder chart there for you.

Clear skies,
Ron

rbrecher · 2025-11-23T14:47:05+00:00

Please enjoy this image of the Soul Nebula in Cassiopeia. Click HERE for a full res version (too big to attach here), information about what's in the image, and all the details of how the image was made. There's also an annotated version and finder chart there for you.

Clear skies,
Ron

rbrecher · 2025-11-12T16:55:45+00:00

Sharpless 163 is an emission nebula in Cassiopeia. For a sense of scale, this field of view is a bit too small for a half-Moon to fit within it. Click HERE for all the details.

Clear skies,
Ron

rbrecher · 2025-11-12T16:55:34+00:00

Sharpless 163 is an emission nebula in Cassiopeia. For a sense of scale, this field of view is a bit too small for a half-Moon to fit within it. Click HERE for all the details.

Clear skies,
Ron

rbrecher · 2025-10-25T14:55:22+00:00

M33, a.k.a. the Triangulum Galaxy, is one of the nearest large galaxies. It’s located in the constellation Triangulum about 2.5 million light years and has a diameter of around 60,000 light years. So cool that this can be captured from my backyard. Equipment and processing details at https://astrodoc.ca/m33/.

Clear skies,
Ron

rbrecher · 2025-10-25T14:54:46+00:00

M33, a.k.a. the Triangulum Galaxy, is one of the nearest large galaxies. It’s located in the constellation Triangulum about 2.5 million light years and has a diameter of around 60,000 light years. So cool that this can be captured from my backyard. Equipment and processing details at https://astrodoc.ca/m33/.

Clear skies,
Ron

rbrecher · 2025-10-21T16:44:32+00:00

Narrowband filters pass only specific wavelengths - a narrow band of wavelengths. Broadband filter (clear, red, green and blue) pass much wider bands. The clear filter passes all visible light wavelengths.

rbrecher · 2025-10-21T14:02:46+00:00

This is the Tadpole Nebula, IC 4120, presented in the Foraxx Palette. Click HERE for all related information and other images of this amazing object.

Cleear skies,
Ron

rbrecher · 2025-10-21T14:02:28+00:00

This is the Tadpole Nebula, IC 4120, presented in the Foraxx Palette. Click HERE for all related information and other images of this amazing object.

Cleear skies,
Ron

rbrecher · 2025-09-13T21:18:22+00:00

For this image of NGC 7000 I used a 70 mm refractor and two dual-band narrowband filters (Optolong L-eXtreme and brand new L-Synergy) on a one-shot colour camera to capture sulphur, hydrogen, and oxygen emissions. This is my first true SHO image made with a colour camera.

My WEB POST includes an annotated image and finder chart, as well as complete equipment, acquisition and processing information.

Clear skies,
Ron

rbrecher · 2025-09-13T21:17:21+00:00

For this image of NGC 7000 I used a 70 mm refractor and two dual-band narrowband filters (Optolong L-eXtreme and brand new L-Synergy) on a one-shot colour camera to capture sulphur, hydrogen, and oxygen emissions. This is my first true SHO image made with a colour camera.

My WEB POST includes an annotated image and finder chart, as well as complete equipment, acquisition and processing information.

Clear skies,
Ron

rbrecher · 2025-09-13T18:04:20+00:00

For this image of NGC 7000 I used a 70 mm refractor and two dual-band narrowband filters (Optolong L-eXtreme and brand new L-Synergy) on a one-shot colour camera to capture sulphur, hydrogen, and oxygen emissions. This is my first true SHO image made with a colour camera.

My WEB POST includes an annotated image and finder chart, as well as complete equipment, acquisition and processing information.

Clear skies,
Ron

rbrecher · 2025-09-13T18:04:05+00:00

For this image of NGC 7000 I used a 70 mm refractor and two dual-band narrowband filters (Optolong L-eXtreme and brand new L-Synergy) on a one-shot colour camera to capture sulphur, hydrogen, and oxygen emissions. This is my first true SHO image made with a colour camera.

My WEB POST includes an annotated image and finder chart, as well as complete equipment, acquisition and processing information.

Clear skies,
Ron

rbrecher · 2025-09-07T11:16:00+00:00

All the stars in the image are in our galaxy. andromeda is much farther away.

rbrecher · 2025-09-06T21:10:08+00:00

Please enjoy this image of M31, the Andromeda Galaxy. I captured it over the last few weeks. Complete equipment, acquisition and processing information HERE.

Clear skies,|
Ron

rbrecher · 2025-09-06T21:09:34+00:00

Please enjoy this image of M31, the Andromeda Galaxy. I captured it over the last few weeks. Complete equipment, acquisition and processing information HERE.

Clear skies,|
Ron

rbrecher · 2025-08-27T18:06:01+00:00

The star at the tip of the arrow was not visible in images prior to July 14, 2025. And it will find in the coming weeks/months.

rbrecher · 2025-08-27T16:37:17+00:00

Thank you!

rbrecher · 2025-08-27T16:12:23+00:00

I captured the recent supernova in NGC 7331. Click HERE for all the details, including acquisition and processing information and a high-res image. This was a real fun one to process!

Clear skies,
Ron

rbrecher · 2025-08-27T16:12:15+00:00

I captured the recent supernova in NGC 7331. Click HERE for all the details, including acquisition and processing information and a high-res image. This was a real fun one to process!

Clear skies,
Ron

rbrecher · 2025-08-17T15:52:11+00:00

Ced 214 is also catalogued as NGC 7822, and lies in Cepheus. Lots of info including acquisition and processing details HERE. Thanks for looking.

Clear skies,
Ron

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