This was shot on the EdgeHD 8 with Hyperstar for a total integration time of about 5.5 hours using an OSC cam with just the UV/IR-Cut filter.
#Astrophotography
@kat-astro-bot.bsky.social what do you see?
This was shot on the EdgeHD 8 with Hyperstar for a total integration time of about 5.5 hours using an OSC cam with just the UV/IR-Cut filter.
#Astrophotography
@kat-astro-bot.bsky.social what do you see?
This was shot on the EdgeHD 8 with Hyperstar for a total integration time of about 8.5 hours. I combined OSC and mono Ha data for this image.
#Astrophotography
@kat-astro-bot.bsky.social what do you see?
This was shot on the EdgeHD 8 with Hyperstar for a total integration time of about 8.5 hours. I combined OSC and mono Ha data for this image.
#Astrophotography
@kat-astro-bot.bsky.social what do you see?
It’s a good read and I really enjoyed it!
It’s a good read and I really enjoyed it!
This was shot on the EdgeHD 8 with Hyperstar for a total integration time of 7 hours in OSC and Mono. I used the mono Ha data to enhance the red and the luminance details.
#Astrophotography
@kat-astro-bot.bsky.social what do you see?
This was shot on the EdgeHD 8 with Hyperstar for a total integration time of 7 hours in OSC and Mono. I used the mono Ha data to enhance the red and the luminance details.
#Astrophotography
@kat-astro-bot.bsky.social what do you see?
It was shot on the EdgeHD 8 with Hyperstar for a total integration time of 8 hours in OSC and Mono. The red nebulosity was enhanced with Ha data.
#Astrophotography
@kat-astro-bot.bsky.social what do you see?
It was shot on the EdgeHD 8 with Hyperstar for a total integration time of 8 hours in OSC and Mono. The red nebulosity was enhanced with Ha data.
#Astrophotography
@kat-astro-bot.bsky.social what do you see?
This was shot on the EdgeHD 8 with Hyperstar for a total integration time of about 4 hours using an OSC cam with just the UV/IR-Cut filter.
#Astrophotography
@kat-astro-bot.bsky.social what do you see?
This was shot on the EdgeHD 8 with Hyperstar for a total integration time of about 4 hours using an OSC cam with just the UV/IR-Cut filter.
#Astrophotography
@kat-astro-bot.bsky.social what do you see?
It was shot on the EdgeHD 8 with Hyperstar for a total integration time of about 11 hours in mono using Ha and SII filters and combined with OSC stars.
#Astrophotography
@kat-astro-bot.bsky.social
It was shot on the EdgeHD 8 with Hyperstar for a total integration time of about 11 hours in mono using Ha and SII filters and combined with OSC stars.
#Astrophotography
@kat-astro-bot.bsky.social
This is a stack of 60 x 1 sec frames taken on the EdgedHD 8 with Hyperstar using a QHY294C cam.
#LunarEclipse
#Astrophotography
This is a stack of 60 x 1 sec frames taken on the EdgedHD 8 with Hyperstar using a QHY294C cam.
#LunarEclipse
#Astrophotography
This nebula around the star WR 134 was shot on the EdgeHD 8 for a total integration time of 58 h in mono with Ha and OIII narrowband filters and merged with RGB stars.
#Astrophotography
@kat-astro-bot.bsky.social what do you see?
This nebula around the star WR 134 was shot on the EdgeHD 8 for a total integration time of 58 h in mono with Ha and OIII narrowband filters and merged with RGB stars.
#Astrophotography
@kat-astro-bot.bsky.social what do you see?
This bubble like planetary nebula was shot on the EdgeHD 8 for a total integration time of 27 hours in mono using Ha and OIII narrowband filters and RGB filters for the stars.
#Astrophotography
@kat-astro-bot.bsky.social what do you see?
This bubble like planetary nebula was shot on the EdgeHD 8 for a total integration time of 27 hours in mono using Ha and OIII narrowband filters and RGB filters for the stars.
#Astrophotography
@kat-astro-bot.bsky.social what do you see?
This was shot on the EdgeHD 8 for a total integration time of about 27 hours in mono. It’s a combination of Ha and OIII narrowband data with LRGB data for the core and the stars.
#Astrophotography
@kat-astro-bot.bsky.social
This was shot on the EdgeHD 8 for a total integration time of about 27 hours in mono. It’s a combination of Ha and OIII narrowband data with LRGB data for the core and the stars.
#Astrophotography
@kat-astro-bot.bsky.social
It was shot on the EdgeHD 8 for a total integration time of about 22 hours in mono with Ha and OIII narrowband filters and combined with OSC data for the stars.
@kat-astro-bot.bsky.social what do you see?
#Astrophotography
It was shot on the EdgeHD 8 for a total integration time of about 22 hours in mono with Ha and OIII narrowband filters and combined with OSC data for the stars.
@kat-astro-bot.bsky.social what do you see?
#Astrophotography
This was shot on the EdgeHD 8 with Hyperstar at f/2 for a total integration time of 5 hours using a QHY183C cam without any filter.
@kat-astro-bot.bsky.social what do you see?
#Astrophotography
This was shot on the EdgeHD 8 with Hyperstar at f/2 for a total integration time of 5 hours using a QHY183C cam without any filter.
@kat-astro-bot.bsky.social what do you see?
#Astrophotography
It was shot on the EdgeHD 8 with Hyperstar at f/2 on a moonless night under Bortle 4 skies. The total integration time is just 2 hours using a QHY183C cam without any filter.
@kat-astro-bot.bsky.social
#Astrophotography
It was shot on the EdgeHD 8 with Hyperstar at f/2 on a moonless night under Bortle 4 skies. The total integration time is just 2 hours using a QHY183C cam without any filter.
@kat-astro-bot.bsky.social
#Astrophotography
It was shot on the EdgeHD 8 for a total integration time of about 18 hours in LRGB and 10 hours in Ha to enhance the star forming regions. Processing this irregular dwarf galaxy was challenging!
#Astrophotography
It was shot on the EdgeHD 8 for a total integration time of about 18 hours in LRGB and 10 hours in Ha to enhance the star forming regions. Processing this irregular dwarf galaxy was challenging!
#Astrophotography
This was shot on the EdgeHD 8 and is a stack of the best 1.000 frames of a 2 minute sequence with 15 ms exposure time per frame.
#Astrophotography
This was shot on the EdgeHD 8 and is a stack of the best 1.000 frames of a 2 minute sequence with 15 ms exposure time per frame.
#Astrophotography
It was shot on the EdgeHD 8 for a total integration time of about 19 hours in LRGB and 12 hours in Ha to enhance the star forming regions.
#Astrophotography
@kat-astro-bot.bsky.social
It was shot on the EdgeHD 8 for a total integration time of about 19 hours in LRGB and 12 hours in Ha to enhance the star forming regions.
#Astrophotography
@kat-astro-bot.bsky.social
It was shot on the EdgeHD 8 for a total integration time of about 34 hours in mono with Ha and OIII narrowband filters and LRGB filters for the stars.
#Astrophotography
@kat-astro-bot.bsky.social
It was shot on the EdgeHD 8 for a total integration time of about 34 hours in mono with Ha and OIII narrowband filters and LRGB filters for the stars.
#Astrophotography
@kat-astro-bot.bsky.social
This was shot on the EdgeHD 8 with Hyperstar at f/2 for a total integration time of about 10 hours in Mono using narrowband filters and combined with OSC data for the stars.
#Astrophotography
@kat-astro-bot.bsky.social
This was shot on the EdgeHD 8 with Hyperstar at f/2 for a total integration time of about 10 hours in Mono using narrowband filters and combined with OSC data for the stars.
#Astrophotography
@kat-astro-bot.bsky.social
It was shot on the EdgeHD 8 for a total integration time of about 20 hours in mono with Ha and OIII narrowband filters and LRGB filters for the stars.
#Astrophotography
@kat-astro-bot.bsky.social
It was shot on the EdgeHD 8 for a total integration time of about 20 hours in mono with Ha and OIII narrowband filters and LRGB filters for the stars.
#Astrophotography
@kat-astro-bot.bsky.social
I had setup my EdgeHD 8 with Hyperstar for a deep sky session but the clouds had other plans. So I stubbornly tried a bit of planetary imaging at f/2 with this gear and got creative in processing the mess 😅
#Astrophotography
I had setup my EdgeHD 8 with Hyperstar for a deep sky session but the clouds had other plans. So I stubbornly tried a bit of planetary imaging at f/2 with this gear and got creative in processing the mess 😅
#Astrophotography
This was shot on the EdgeHD 8 with Hyperstar at f/2 for a total integration time of about 4.5 hours using a QHY294C cam and the Baader UHCL filter.
@kat-astro-bot.bsky.social
#Astrophotography
This was shot on the EdgeHD 8 with Hyperstar at f/2 for a total integration time of about 4.5 hours using a QHY294C cam and the Baader UHCL filter.
@kat-astro-bot.bsky.social
#Astrophotography
This was shot on the EdgeHD 8 with Hyperstar at f/2 for a total integration time of about 4 hours using a QHY294C cam and the Baader UHCL filter.
@kat-astro-bot.bsky.social
#Astrophotography
This was shot on the EdgeHD 8 with Hyperstar at f/2 for a total integration time of about 4 hours using a QHY294C cam and the Baader UHCL filter.
@kat-astro-bot.bsky.social
#Astrophotography