M8 and M20

M8 and M20. The Lagoon and Trifid Nebulae.

Taken from the Gower peninsula under very clear windy sky conditions. Looking towards the east the light pollution was clearly visible from Swansea, however looking to the south over the Bristol channel and Exmoor National park the sky was superb with stars visible down to about magnitude 6.3.

I was using a 135mm lens with astronomik RGB and narrowband filters attached to the front of it. The camera was an Atik 383L mono CCD mounted on a Vixen DX mount. I captured two minute sub frames with matching dark frames and combined them with flat field frames to reduce the effect of noise and vignetting in the final image. 

The total exposure time was 35 minutes using a H Alpha filter, 20 minutes using an O111 filter, 7 minutes using an S11 filter, and 15 minutes for each RGB filter. 

Click on an image to get a closer view

The Lagoon and Trifid Nebulae.

The Pipe Nebula

Barnard 59, 65-67, and 78, The Pipe Nebula.

Taken under the dark skies of the Gower peninsula. The conditions were cold and windy with good sky transparency, stars were visible down to about 6.5. 

I was using  a Vixen DX mount. An Atik 383L mono CCD camera, a 135 mm lens, with Astronomik RGB filters attached to the front of it.

I captured 60 second sub frames with matching dark frames and combined them to reduce the effect of noise in the final image. 

The exposure times were two minutes for each RGB filter and ten minutes for the unfiltered  luminance data.

M8,M20, The Lagoon and Trifid Nebula mosaic.

On the 19th of May 2025, I drove my camper van to the Gower peninsula in South Wales. The weather was hot and sunny during the daytime, however a cold wind at night. The sky conditions were very clear with light pollution clearly visible looking towards  Swansea in the east. Looking towards the south the sky conditions were beautiful and very dark with stars visible down to about magnitude 6.5. I was too windy to use PHD auto guiding so I set the camera on X2 bin mode to increase the camera's sensitivity. I captured one and two minute sub frames with matching dark frames and combined them with flat field frames to reduce the effect of noise and vignetting in the final image.

The telescope was a 4 inch F/6.3 refractor mounted on a Vexen DX mount , the camera was an Atik 383L mono CCD with a set of Astronomik RGB and narrowgand filters.

The total exposure time of each image was 30 minutes using a H Alpha filter, 15 minutes using an O111 filter, ten minutes using a S11 filter and 5 minutes using a blue filter.

M20 Hubble Palette

M20 RGB

M8 the Lagoon nebula RGB

M8 Hubble Palette

M8 M20 mosaic Hubble Palette

M8 M20 mosaic RGB

M8 M20 mosaic Hubble Palette plus RGB

The Milkyway from the Gower peninsula.

Looking to the south the sky was nice and dark and very clear, however light pollution was visible looking east towards Swansea. I tested out a 50mm f/2.4 lens piggybacked on my Vixen DX mount. I was also using an Atik 383L mono CCD camera with a set of Astronomik RGB filters attached to the front of the camera lens.

I captured 60 second sub frames with matching dark frames and combined them to reduce the effect of noise in the final image. The total exposure time was only 60 seconds for each RGB filter and 4 60 seconds for the luminance data without using a filter.

Antares and nebulosity

Antares from a dark sky site.

This bright supergiant  star lies in the constellation of Scorpius , my challenge was to try and capture the surrounding nebulosity around it.   

I drove about 60 miles to the Gower peninsula and stayed near Oxwich bay and set up my equipment.  The sky conditions were very clear and very  windy with stars visible down to about magnitude 6.3. Looking towards the east you could clearly see the light pollution from Swansea however look to the south the sky was beautiful.

I was using a Vixen DX mount, An Atik 383L mono CCD camera , a set of Astronomik RGB  filters with a H Alpha filter and a 135mm f/2.4 lens.

I attached the filters to the front of the camera lens and captured one and two minute subframes .   I then combined the data with matching dark frames and flat field frames to reduce the effect of noise and vignetting in the final image.

The total exposure times were 25 minutes using a H Alpha filter, 20 minutes using a red filter, 30 minute using a green filter and 30 minutes using a blue filter.

Antares and surrounding nebulosity

The equipment used

M13

M13 from the Forest of Dean.

This Image of M13 was taken under partly clear sky conditions through  high thin Cirrus clouds with stars only visible down to about magnitude 4. I captured 60 second sub frames with matching dark frames and combined them with flat field frames to reduce the effect of vignetting in the final image.

The total exposure time was 30 minutes using a H Alpha filter, 30 minutes using an O111 filter and 15 minutes using a blue filter.

M8 and M20

Images from the forest of Dean.

M8 and M20.

The sky conditions were good on this particular evening with stars visible down to magnitude 5.5. I was using a Vixen DX mount, with a 4 inch f/6.3 refractor, an Atik 383L mono CCD camera and a set of Asttronomik narrowband filters.

I captured 60 second sub frames with matching dark frames and combined them with flat field frames to reduce the effect of noise and vignetting in the final image with the camera set on X2 bin mode.

The total exposure time was 20 minutes using a H Alpha filter, 5 minutes using an O111 filter and 4 minutes using a blue filter. 

Click on an image to get a closer view

Lagoon nebula

Unsharp masked

M8 M20 mosaic

M8 M20 narrowband mosaic

M20

NGC 6960. NGC 6992 and Pickering's Triangle.

This image of the Cygnus Loop was taken using Astronomik narrowband filters attached to the front of a 135mm lens piggybacked on my ten inch reflector mounted on a Vixen Atlux mount. I was also using an Atik 383L mono CCD set on times 1 bin mode. 

I captured two minute sub frames with matching dark frames and combined them with flat field frames to reduce the effect of noise and vignetting in the final image.

The total exposure times were 40 minutes using a H A filter, 30 minutes using an O111 filter, 20 minutes using a S11 filter and 6 minutes using a blue filter.

Hubble Palette

RGB + Hubble Palette

RGB

PIN G077 .5-01.71 The Soap Bubble Nebula, NGC6888 The Crescent Nebula and NGC7026 the Butterfly Nebula.

PIN G077 .5-01.71 The Soap Bubble Nebula, NGC6888 The Crescent Nebula and NGC7026 the Butterfly Nebula.

I took this image about 2 hours before dawn arrived. The sky conditions were very clear and dark with stars visible down to magnitude 5.2.

I was using a 135mm lens with narrowband filter attached to the front piggybaced on my ten inch reflector mounted on a Vixen Atlux mount.

I captured two minute sub frames with matching dark frames and combined them with flat field frames to reduce the effect of noise and vignetting in the final image. The total exposure time was 45 minutes using a H Alpha filter, 30 minutes using an O111 filter, 25 minutes using a S11 filter and  4 minutes using a blue filter.

RGB

Hubble Palette

Hubble Palette + RGB

NGC7000, The North American Nebula.

This patch of nebulosity lies about one degree east of the bright star Deneb in the constellation of Cygnus the Swan. I piggybacked a 135mm lens using narrowband filters attached to the front of the lens. I was also using a Vixen Atlux mount, a ten inch reflector and an Atik 383L mono CCD camera.

I captured two minute sub frames with matching dark frames and combined them with flat field frames to reduce the effect of noise and vignetting in the final image.

The total exposure time was 40 minutes using a H Alpha filter, 30 minutes using an O111 filter, 25 minute using a S11 filter and 5 minute using a blue filter. 

Hubble Palette

RGB

Christmas tree cluster and the Rosette Nebula

This two section mosaic images of the Christmas tree cluster and the Rosette Nebula were taken piggybacking  a 135mm lens combined with data taken using an 80mm F/6.3 refractor.

NGC2264, The Christmas Tree Cluster

NGC2264, The Christmas Tree Cluster.

This image was taken under moonless clear sky conditions with stars visible down to about magnitude 4.7. I was using a 135mm lens piggybacked on a ten inch reflector  mounted on a Vixen Atlux mount  with PHD auto guiding. I also used an Atik 383L mono CCD camera with Astronomik filters attached to the camera lens. I captured five minute subframes with matching dark frames and combined them with flat field frames to reduce the effect of vignetting in the final image.  The total exposure time was 90 minutes using a H Alpha filter, ten minutes using an O111 filter and twenty minutes using a blue filter.

Two images stitched together using Paint Shop Pro software.

NGC 2244 , The Rosette Nebula

This image was taken on two separate evenings under clear sky conditions, stars were visible down to magnitude five.

I was using a 130mm lens piggybacked on my ten inch reflector, an Atik 383L mono CCD camera , a Vixen Atlux mount, PHD auto guiding and  a  set of Astronomik narrowband filters.

I captured five minute seb frames with matching dark frames and combined them with flat field frames to reduce the effect of vignetting in the final image.

The total exposure time was 90 minutes using a HA filter, 30 minutes using an O111 filter, 30 minutes using a S11 filter and 10 minutes using a blue filter.

The Rosette Nebula

RGB

Hubble palette

Orion over the East Usk Lighthouse.

Orion over the East Usk Lighthouse.

On the 28th of Feb 2025 me and a friend walked through Newport wetlands.

I carried my tripod and camera and took these images using an 18mm lens on a Canon 50D.

The settings were 10 second exposures set on ISO 3200. I took an average of 8 exposures on the constellation of Orion and and average of 4 exposures on the planet Venus. 

Venus

Orion

Orion

Orion's Lower Limb .

This six section mosaic was taken on 8 separate evenings . 

I was using an Atik 383L mono CCD camera piggybacked on my ten inch reflector with a 200mm lens and  Astronomik  narrowband filters attached to the front of the lens, HA , O111 and Blue, 

I captured five minute sub frames with matching dark frames and combined them with flat field frames to reduce the effect of noise and vignetting in the final image . 

The total exposure time for each section was 90 minutes using a HA filter , 15 minutes using an O111 filter and ten minute using a blue filter .

Click on an image to get a closer view

SH 2-276 Barnard's Loop.

This  three section mosaic image contains Barnard's Loop , NGC2024 the Flame Nebula  and Horsehead Nebula, IC434 . B33  and M78 .

I took these images on two separate evenings under bright moon light sky conditions with stars only visible down to magnitude 4.5. I was using a 200mm lens piggybacked on my ten inch reflector mounted on a VIxen Atlux mount.

I was also using PHD auto guiding, a set of Astronomik narrowband filters. A HA filter, an  O111  filter. and a blue with an Atik 383L mono CCD camera .

I captured five minute sub frames with matching dark frames and combined them with flat field frames to reduce the effect of noise and vignetting in the final image .

The total exposure time was 90 minutes using a HA filter  15 minutes using an O111 filter and 10 minutes using a blue filter.

Click on the image to get a closer view

Barnard's Loop SH2-276 and M78, NGC2068

Barnard's Loop SH2-276 and M78, NGC2068.

This lies in the eastern limb of Orion at a distance of about 1,600 light years.

I took this image on two separate evenings with no moon light , stars were visible down to magnitude 5 .

I was using a 200mm f/4 lens attached to an Atik 383L mono CCD camera, piggybacked on my ten inch reflector mounted on a Vixen Atlux mount. I was also using PHD auto guiding and a set of Astronomik RGB and Narrowband filters.

I captured five minute sub frames with matching dark frames and combined them with flat field frames to reduce the effect of noise and vignetting in the final image. The total exposure time was 100 minutes using a H Alpha filter, 15 minutes using an O111 filter, 20 minutes using a H Beta filter, 15 minutes using a S11 filter and 10 minutes using a blue filter.

Clicking on the image will give an even closer view

Barnard's Loop and M78

M42, The Orion Nebula.

This image of M42 was taken on two separate evenings under bright moonlight. On the first evening the sky was reasonable clear  with stars visable down magnitude 4.5 however on the second the sky was effected by fog.

I was using a Pentacon 200mm lens piggybacked on my ten inch reflector mounted on a Vixen Atlux mount, PHD auto guiding was used with astronomik narrowband filters and RGB filters attached to the camera lens. The camera was an Atik 383L mono CCD camera Set on x1 bin mode.

I captured five minute sub frames with matching dark frames and combined them with flat field frames to reduce the effect of vignetting and noise in the final image.

The total exposure time was  140 minutes using a H Alpha filter , 20 minutes using an O111 filter , 30 minutes using a S11 filter and 15 minutes using a blue filter.

M42, The Orion Nebula .

Hubble Palette

RGB

Orion's lower limb . 

This image of the lower limb is a mosaic, two images stitched together using Paint Shop Pro software.

Hubble Palette

RGB

This image mosaic is a composition of data using a Pentacon 200mm f/4 lens with added data using an 80mm f/6.3 refractor and a 4 inch f/6.3 refractor.

RGB

Hubble Palette

Nebulae in Orion's lower limb.

This image was taken on two separate nights under bright gibbous moon light ,stars were only visible down to about magnitude 4.

I was using a 200mm F/4 Pentacon lens piggybacked on my ten inch reflector mounted on a Vixen Atlux mount with PHD auto guiding. The camera was a Atik 383L mono CCD combined with Astronomik RGB and narrowband filters attached to the camera lens.

I captured five minute sub frames with matching dark frames and combined them with flat field frames to reduce the effect of noise and vignetting in the final image. The total exposure time was four hours and 45 minutes using a H Alpha filter, 20 minutes using a blue filter, 30 minutes using an O111 filter and 30 minutes using an S11 filter. A total exposure time of six hours and five minutes. 

Hubble Palette

RGB

RGB plus narrowband