M76 Planetary Nebula

M76 (the Little Dumbbell Nebula) is located in the constellation Perseus at a distance of roughly 3,600 light-years.
m76 the little dumbbell nebula
m76 the little dumbbell nebula

Most planetary nebulae appear as rings or disks, but a few of them have an irregular shape.

The best example of this type of planetary is M76 (the Little Dumbbell Nebula), lying in the constellation Perseus at a distance of roughly 3,600 light-years.

The easiest way to find the nebula is to start from the 3.5 magnitude star 51 Andromedae and make your way about two degrees north-northeast until you come to 4th-magnitude Phi Persei, a variable star. From here aim your telescope less than a degree northwest of the star, and you will have M76 in the eyepiece’s field.

At magnitude 12.2 M76 is the faintest object in the Messier catalog, but you can see it even with a 2.4-inch telescope as an elongated patch that is 64? across and runs northeast-southwest. Larger telescopes and high magnification show some fainter areas of nebulosity at each end of the nebula, forming the classic shape from photos. With an OIII filter still more nebulosity is apparent on both sides, and especially beyond and south of the fainter northeast lobe.

MORE STORIES

Observing supernovae at their earliest stages can help us understand how the explosion develops.
3 days ago
The 42-light-year-long X-ray trail is the longest ever observed from a pulsar wind nebula.
4 days ago
The radio signals are not an indication of aliens trying to communicate with us. Instead, they are related to something we are all too familiar with.
4 days ago
“For the first time ever, nature is bringing one to us and conducting the experiment itself.”
4 days ago
Astronomers watched a neutron star's accretion disk vanish, only to reappear spinning in reverse.
5 days ago
It's one of the few known spiral galaxies with a central bulge that extends from its disk at a right angle.
6 days ago
ESA shared 3D close-ups and a topographic map to show how high or low the ground sits.
Sep 20, 2026
The supernova was found by NASA-funded ATLAS and had a magnitude of 17.3 at the time of discovery.
Sep 18, 2026
The findings provide a novel perspective on how AGN feedback influences the evolution of galaxies.
Sep 15, 2026
The new council will study unexplained aerial phenomena and examine what may be behind the sightings.
Sep 15, 2026