Winter Constellation Orion Dominates Southern February Sky Featuring the Red Supergiant Star Betelgeuse

Orion the Hunter stands tall in the southern sky this February 28. Learn why Betelgeuse is a supernova candidate and how it compares to Aldebaran.

By: AXL Media

Published: Feb 28, 2026, 4:27 AM EST

Source: The information in this article was sourced from Astronomy

Orion Takes a Central Position in the Late February Sky

As the month of February draws to a close, the constellation Orion the Hunter serves as a prominent celestial landmark for observers in the Northern Hemisphere. Positioned vertically in the southern sky roughly one hour after sunset, the figure is easily identifiable by its iconic three-star belt. Standing tall above the horizon, the constellation is anchored by several of the most well-known stars in the night sky. For amateur astronomers and casual stargazers alike, this time of year provides an ideal viewing window to appreciate the Hunter’s structural clarity before the transition into the spring celestial season.

The Volatile Nature of the Aging Sun Betelgeuse

The most scientifically significant feature of Orion this evening is the star Betelgeuse, located at the Hunter’s upper left shoulder. Shining at a magnitude of 0.5, this massive red supergiant is estimated to be between 500 and 600 light-years away from Earth. Betelgeuse is categorized as an aging star, currently in the final stages of its stellar evolution. Its distinct orange or red hue is visible even to the naked eye, a visual characteristic caused by its cooling surface temperature as it expands. Despite its cooler outer layers, the star remains tens of thousands of times brighter than our own Sun, marking it as one of the most luminous objects in the local galactic neighborhood.

With a mass roughly 20 times that of the Sun, Betelgeuse far exceeds the critical threshold required to end its life in a stupendous supernova blast. Astronomers consider it one of the most likely candidates in our sky for such a cataclysmic event, though the exact timing remains a subject of debate. While the star’s current behavior indicates it is near the end of its life cycle, the actual explosion could occur tonight or a thousand years from now. When it does eventually collapse, the resulting flash will likely be bright enough to be seen during daylight hours, permanently altering the appearance of the Orion constellation.

Contrasting Stellar Deaths with Taurus’ Aldebaran