NGC 6914

NGC 6914 is an emission nebula in the constellation Cygnus that reaches its annual culmination at astronomical midnight and is best observed late July.

NGC 6914 is an emission nebula nestled within the rich star fields of the constellation Cygnus, making it a rewarding but subtle target for deep-sky astrophotographers. Because much of its glow arises in the hydrogen-alpha region of the spectrum, it responds particularly well to narrowband imaging and dual-band filters that cut through the light pollution of populated skies. Long integration times reveal delicate wisps of nebulosity against the crowded stellar backdrop, so patience and careful stacking pay off handsomely here. The dense Milky Way surroundings also mean that colour balance and star reduction become important steps when processing this field.

Names and Catalog numbers

  • NGC 6914
  • LBN 274
  • LBN 080.26+02.54

Position and the cosmic neighborhood

NGC 6914 lies at right ascension 20h 25m 00s and declination +42° 18′, placing it squarely within the sprawling summer constellation Cygnus, the Swan. This part of the sky is threaded by the bright band of the Milky Way, so the nebula shares its field with countless foreground and background stars that give wide-field frames a dense, textured feel. The region is famously home to numerous emission complexes, making it easy to compose mosaics or wide-angle panoramas that place NGC 6914 alongside neighbouring clouds of glowing gas. Its high northern declination keeps it well placed for imagers across the northern hemisphere throughout the warm months.

Nice to Know

  • NGC 6914 carries a second catalog identity as LBN 274, a designation drawn from the Lynds Bright Nebula catalog of emission and reflection clouds.
  • As an emission nebula, it shines through excited hydrogen gas, which makes hydrogen-alpha and narrowband filters especially effective for capturing its structure.
  • Its location in Cygnus places it within one of the richest stretches of the northern Milky Way, ideal for widefield astrophotography.
  • With its high northern declination of roughly +42°, the object stays conveniently positioned for extended imaging sessions from mid-northern latitudes.