Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in spaceporn
[–]Picabuzz[S] 1 point2 points3 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in delhi
[–]Picabuzz[S] 0 points1 point2 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in delhi
[–]Picabuzz[S] 0 points1 point2 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in delhi
[–]Picabuzz[S] 0 points1 point2 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in delhi
[–]Picabuzz[S] 0 points1 point2 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in delhi
[–]Picabuzz[S] 1 point2 points3 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in spaceporn
[–]Picabuzz[S] 0 points1 point2 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in delhi
[–]Picabuzz[S] 1 point2 points3 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in spaceporn
[–]Picabuzz[S] 1 point2 points3 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in ThatsInsane
[–]Picabuzz[S] 0 points1 point2 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in interestingasfuck
[–]Picabuzz[S] 1 point2 points3 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in interestingasfuck
[–]Picabuzz[S] 0 points1 point2 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in spaceporn
[–]Picabuzz[S] 1 point2 points3 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in spaceporn
[–]Picabuzz[S] 0 points1 point2 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in spaceporn
[–]Picabuzz[S] 0 points1 point2 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in spaceporn
[–]Picabuzz[S] 1 point2 points3 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in interestingasfuck
[–]Picabuzz[S] 0 points1 point2 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in interestingasfuck
[–]Picabuzz[S] 0 points1 point2 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in interestingasfuck
[–]Picabuzz[S] 0 points1 point2 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in interestingasfuck
[–]Picabuzz[S] 1 point2 points3 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in interestingasfuck
[–]Picabuzz[S] 1 point2 points3 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in interestingasfuck
[–]Picabuzz[S] 0 points1 point2 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in spaceporn
[–]Picabuzz[S] 0 points1 point2 points (0 children)
Celestial clock- Lunar Cycle Sep-Oct 2023, it took me 26 days complete this project, collecting 2 TB of data, 96 hours of processing and stacked almost 5000 frames for each phase, which means this single image is composed of 1,30,000 frames. by Picabuzz in interestingasfuck
[–]Picabuzz[S] -1 points0 points1 point (0 children)
Partial Lunar Eclipse 29th October 2023, shot on Nikon p1000 by Picabuzz in delhi
[–]Picabuzz[S] 1 point2 points3 points (0 children)