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Trash star 9 EP

HIP 49750

RA 152.3389° · Dec 37.8762° · star

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Score breakdown

· 2 badges
9 pts · Trash
Trash 15 pts → Common
  • Distant (over 1,000 light-years) +6
  • Star +3
Total score 9

6 more points to reach Common.

Badges

  • Star · +3
  • Distant (over 1,000 light-years) · +6

Trivia

Sense of scale

  • In perspective. Far away by human standards, yet still a local address inside the Milky Way's spiral arms.

Find it in the sky

  • How to spot it. At magnitude 10.5 you'll want a small backyard telescope, over in Leo Minor.
  • Northern sky. It rides the northern half of the sky — an easier target the further north you are.
  • Best time of year. It stands highest in the middle of the night around February — that's when to go looking.

Could we get there?

  • Verdict. Impossible with our current technology — and the next millennium of it.

Getting there

  • Aboard Voyager 1. ≈ 17.6 million years at Voyager 1's speed (17 km/s).
  • Fastest probe ever. ≈ 1.6 million years even at the Parker Solar Probe's 192 km/s.
  • At 10% light speed. ≈ 10 thousand years in a starship at a tenth of light speed.

Properties

absmag
3.029
bv
0.467
constellation
LMi
dist ly
1003.5569
luminosity
5.3506
mag
10.47
name
HIP 49750

About HIP 49750

HIP 49750 is a trash star. It lies about 1,003.6 light-years from Earth, sits in the constellation LMi and shines at apparent magnitude 10.47.

Its colour puts the surface at roughly 6540 K, against the Sun's 5778 K.

How to see it

Look for HIP 49750 in the constellation LMi. At apparent magnitude 10.47, a small backyard telescope will bring it into view.

Like any astronomical target, HIP 49750 is best seen from a dark site away from city lights, and when it is above the horizon depends on your latitude and the time of year. The visibility panel above works out tonight's viewing window for your saved location.

Why HIP 49750 is a trash star

HIP 49750 scores 9 points on Spacedle's rarity scale, which places it in the trash tier. Another 6 points would lift it into a rarer tier.

That score comes from 2 science badges — Star and Distant (over 1,000 light-years) — each earned for a real, measurable property of the object. Rarity on Spacedle is never random: the more remarkable an object's astrophysics, the more badges it collects, the higher it scores, and the rarer it ranks.