α Tau in Taurus

Aldebaran

From New York on October 13, 2026, Aldebaran rises at 9:01 PM in the ENE, is highest at 4:02 AM (66° above the horizon in the S) and sets at 11:03 AM in the WNW.

Rises 9:01 PMENE
Highest 4:02 AM October 14 · 66° S
Sets 11:03 AMOctober 14 · WNW

In the 3D sky

The sky over New York turned towards Aldebaran. Drag to look around.

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12:07 PMTue, Oct 13

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Evening visibility over the year

Height of Aldebaran above the horizon at 10 pm local time on the 15th of each month, from New York.

0°30°60°90°Oct: 12°OctNov: 46°NovDec: 63°DecJan: 62°JanFeb: 43°FebMar: 33°MarApr: 10°AprMay: -10°MayJun: -26°JunJul: -32°JulAug: -25°AugSep: -9°Sep

Facts

Brightness (apparent magnitude)0.87
Rank among the night-sky stars14
Distance67 light-years
Spectral typeK5III
Colourred
ConstellationTaurus
Bayer designationα Tau
Hipparcos numberHIP 21421
Position (J2000)4.599 h, 16.5°

Star data: HYG Database (positions, magnitudes, parallax distances, spectral types). Positions for your location: Astronomy Engine, with precession and refraction. Calculated with Astronomy Engine, an open-source library verified against the US Naval Observatory and NASA JPL. Data sources

How to use this page

Choose your place and a night at the top. The page shows when the star rises, is highest and sets, where to look, and the star in 3D on the sky. The facts below give its brightness, distance, colour and type from the HYG star catalogue.

Frequently asked questions

How far away is this star?

The distance comes from its parallax, the small shift seen as Earth goes round the Sun, as measured by the Hipparcos and Gaia satellites and collected in the HYG catalogue.

Why do stars twinkle?

Turbulence in the air bends the starlight a little, many times a second. Stars low on the horizon twinkle most because their light passes through more air.

What does the colour of a star tell me?

Its surface temperature: red stars are the coolest and blue-white stars the hottest. The spectral type in the facts says the same in astronomers’ letters, from the hottest O to the coolest M.

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