Western Veil Nebula Wide Angle (NGC 6960)

Western Veil Nebula – Wide Angle (NGC 6960)

In Astrophotography by Matt Shetzer

Western Veil Nebula – Wide Angle (NGC 6960)

Click image for detailed view

The Western Veil Nebula drapes itself across the sky like a torn ribbon of starlight, a luminous trace of a stellar past that still reverberates through the fabric of space. Often referred to as the Witch’s Broom due to its jagged, sweeping form, this structure is at once delicate and fierce. Wisps of glowing gas slash through the darkness, forming a trail that hints at motion, as if the remnant still feels the pull of that ancient explosion. The stars scattered through and behind it twinkle like spectators to a slow-burning aftermath, their light gently piercing the gauzy folds of the nebula.

Here, the strands of ionized oxygen and hydrogen twist around each other, glowing in hues that are brought to life by the energy still rippling outward from the supernova event. The Western Veil has an especially dramatic shape, arching and curling with the tension of a scene frozen mid-climax. It feels like a place where silence hums with history—a spatial hush born from violence long past. This isn’t a quiet region of space in the way a vacuum is empty, but in the way a theater goes silent just before a play begins or a secret is told. Its very form invites the imagination to trace the trajectory of a cosmic story.

To observe the Western Veil is to witness nature at its most surreal—a canvas painted in slow motion with light and matter. It pulses not in time, but in memory, a remnant left behind by a star that tore itself apart and then left something strangely peaceful in its wake. That contradiction—violence rendered into beauty—is what gives the Western Veil its quiet power. It’s not simply a structure made of gas and light; it’s a monument suspended in eternity, bearing witness to the invisible forces that shape the universe in whispers and waves.

 

Object Western Veil Nebula – Wide Angle (NGC 6960)
Link https://www.shetzers.com/western-veil-neb…e-angle-ngc-6960/
Wiki Link https://en.wikipedia.org/wiki/Veil_Nebula
Hemisphere Northern
Constellation Cygnus
Other Names contained in image NGC 6960
Imaging telescopes or lenses Takahashi FSQ -106ED4
Imaging cameras QHY268M
Mounts Software Bisque Paramount MYT
Focal reducers None
Software Software Bisque The Sky X, N.I.N.A., PHD Lab PHD2, Viking,  PixInsight, Photoshop, Lightroom, StarSpikes
Filters Astrodon LRGB Gen2 E-Series Tru-Balance  36mm unmounted. Chroma Technology Narrowband 3nm Ha, SII, OIII – 36mm Unmounted
Accessories Moonlite NightCrawler 35 focuser, Maxdome II, Digital Loggers Pro Switch, Sky Alert Weather Station, Pegagsus Ultimate Powerbox v2, Starlight Xpress filter wheel.
Guiding Telescope or Lenses Orion 60mm Guide Scope
Guiding Camera ZWO ASI290MM Mini
Imaging Dates 6/16/22,7/8/22,7/9/22,8/17/22,8/18/22,8/23/22,8/24/22,8/29/22,8/30/22,8/31/22,9/1/22,9/2/22,9/3/22,9/4/22,9/5/22
Frames 2 Panels
Panel 1
Red: 8×180″ (0.24h) Gain 25, Photographic Mode, Temp -10C, Bin 1×1
Green: 10×180″ (0.5h) Gain 25, Photographic Mode, Temp -10C, Bin 1×1
Blue:10×180″ (0.5h) Gain 25, Photographic Mode, Temp -10C, Bin 1×1
Ha: 66×600″ (11.0h) Gain 60, High Gain Mode, Temp -10C, Bin 1×1
OII: 47×600″ (7.8h) Gain 60, High Gain Mode, Temp -10C, Bin 1×1

Panel 2
Red: 9×180″ (0.45h) Gain 25, Photographic Mode, Temp -10C, Bin 1×1
Green: 9×180″ (0.45h) Gain 25, Photographic Mode, Temp -10C, Bin 1×1
Blue:8×180″ (0.24h) Gain 25, Photographic Mode, Temp -10C, Bin 1×1
Ha: 57×600″ (9.5h) Gain 60, High Gain Mode, Temp -10C, Bin 1×1
OII: 49×600″ (8.1h) Gain 60, High Gain Mode, Temp -10C, Bin 1×1

Integration 38h 45m
Darks 50
Flats 20 per Filter
Flat Darks 40
Bortle Dark-Sky Scale: 2
RA center 311.88691
DEC center 30.86446
Pixel scale 3.76
Resolution 6280 x 4210
Locations Sirus 3.5m Observatory, Carbondale Colorado
Data source Backyard
Seeing Average
Post Processing Techniques PixInsight to Photoshop to Lightroom
Type HOO with RGB Stars
Western Veil Nebula – Wide Angle (NGC 6960) was last modified: April 7th, 2025 by Matt Shetzer