Also known as 21 Alpha Scorpii.
This system is located at:
R: 553.740 / l: 352.337 / b: 14.474
Right ascension: 16h 32m 29.987s / Declination: -26° 32'12.590''
Metal-rich body (7 to 898 ls), Earth-like world (14,135 to 21,200 ls), Water world (11,591 to 44,888 ls), Ammonia world (29,327 to 79,801 ls), Terraformable (11,009 to 21,967 ls)
This system was visited for the first time on EDSM by Thomas A. Anderson on Jan 29, 2015, 9:36:42 PM.
685 ships passed through Antares space, including 2 ships in the last 7 days.
2 ships passed through Antares space in the last 24 hours.
Asp Explorer - 1
Diamondback Explorer - 1
A star known from antiquity, Antares is the fifteenth-brightest star in the Earth's night sky, and the brightest star in the constellation of Scorpius. Distinctly reddish when viewed with the naked eye, Antares is a slow irregular variable star that ranges in brightness from apparent magnitude +0.6 to +1.6. Often referred to as "the heart of the scorpion", Antares is flanked by Sigma and Tau Scorpii in the centre of the constellation. The traditional name Antares derives from the Ancient Greek Ἀντάρης, meaning "equal to-Ares" ("equal to-Mars"), due to the similarity of its reddish hue to the appearance of the planet Mars.
Antares is a red supergiant and one of the larger known stars. 20th century astronomers measured it as 890 ± 150 solar radii. The current observed size as of 3303 was 380 solar radii, likely due to Antares' variability. The star is expected to explode as a supernova in the next few hundred thousand years. Despite the large radius, Antares only has 0.4 solar masses, and this large difference between mass and size is typical for red supergiants which are burning helium.
Antares has a typical B-class companion star, which is orbited by a collection of dwarf stars, gas giants and small rocky bodies. Antares proper has three hot high-metal worlds in orbit. The distance between the two stars is approx. 195,000 light-seconds. Due to frame-shift drive technology locking onto the most massive body in a system, visitors to Antares will find themselves at Antares B, and need to fly the distance to Antares A. This trip takes approximately 10 minutes at maximum frame-shift drive speed.
The reference photo shows Antares and Antares B. Antares is at 195k light-seconds distance, and Antares B is at 1000 light-seconds distance.