Stars Lacaille gave 17 stars
Bayer designations Alpha through Pi in 1756, but omitted Omicron and Xi, and labelled two stars as Delta, Mu and Pi. In 1879,
Benjamin Gould included Lambda Chamaeleontis and Pi Chamaeleontis as part of
Musca and the designations were no longer used. There are four bright stars in Chamaeleon that form a compact diamond-shape approximately 10 degrees from the
south celestial pole and about 15 degrees south of
Acrux, along the axis formed by Acrux and
Gamma Crucis.
Alpha Chamaeleontis is a white-hued star of magnitude 4.1, 63 light-years from Earth.
Beta Chamaeleontis is a blue-white hued star of magnitude 4.2, 271 light-years from Earth.
Gamma Chamaeleontis is a red-hued giant star of magnitude 4.1, 413 light-years from Earth. The other bright star in Chamaeleon is
Delta Chamaeleontis, a wide
double star. The brighter star is
Delta2 Chamaeleontis, a blue-hued star of magnitude 4.4.
Delta1 Chamaeleontis, the dimmer component, is an orange-hued giant star of magnitude 5.5. They both lie about 350 light years away. Chamaeleon is also the location of
Cha 110913, a
sub-brown dwarf or
rogue planet with
planets or
moons (depending on classification).
Deep-sky objects In 1999, a nearby
open cluster was discovered centered on the star
η Chamaeleontis. The cluster, known as either the
Eta Chamaeleontis cluster or Mamajek 1, is 8 million years old, and lies 316
light years from Earth. The constellation contains a number of
molecular clouds (the
Chamaeleon dark clouds) that are forming low-mass
T Tauri stars. The cloud complex lies some 400 to 600
light years from Earth, and contains tens of thousands of solar masses of gas and dust. The most prominent cluster of T Tauri stars and young B-type stars are in the Chamaeleon I cloud, and are associated with the reflection nebula
IC 2631. In wide-field optical images, the dark clouds of the Chamaeleon complex are visible as prominent obscuring structures spanning much of the constellation's area. Chamaeleon contains one planetary nebula,
NGC 3195, which is fairly faint. It appears in a telescope at about the same apparent size as
Jupiter. == Equivalents ==