Astrophotographer - Explorer - Tech Nerd
The dark Bortle 1 skies of Australia allow my hyperbolic newtonian to capture dust in the Corona Australia molecular cloud.
The dark Bortle 1 skies of Australia allow my hyperbolic newtonian to capture dust in the Corona Australia molecular cloud.
The OCAL is great, but nothing beats the gold standard star test! Glad the OCAL can be trusted.
The OCAL is great, but nothing beats the gold standard star test! Glad the OCAL can be trusted.
This thing gets surprisingly hot.
This thing gets surprisingly hot.
This image was taken over 4 nights, and totals in 794 60sec images. This is the third deep sky image I’ve taken with my new SharpStar 130HNT f2.8 telescope after dialing in collimation. Overall I’m quite happy with the image. The stack took 13 hrs and used 500gb of disk!
This image was taken over 4 nights, and totals in 794 60sec images. This is the third deep sky image I’ve taken with my new SharpStar 130HNT f2.8 telescope after dialing in collimation. Overall I’m quite happy with the image. The stack took 13 hrs and used 500gb of disk!
This is my first globular cluster, and my first image with a well collimated 13028HNT!
The target was mainly chosen because I wanted to do a star field test and this was in a good location in the sky.
This is my first globular cluster, and my first image with a well collimated 13028HNT!
The target was mainly chosen because I wanted to do a star field test and this was in a good location in the sky.
This is 4.51hrs of data with my new SharpStar 13028HNT telescope, and Askar D1 and D2 filters!
The Ha and Oiii channels had plenty of signal, but the Sii signal was very weak.
This was also the first time I've done any imaging in a Bortle zone higher than 4.
This is 4.51hrs of data with my new SharpStar 13028HNT telescope, and Askar D1 and D2 filters!
The Ha and Oiii channels had plenty of signal, but the Sii signal was very weak.
This was also the first time I've done any imaging in a Bortle zone higher than 4.