Preview — this is a sample dedication, shown so you can see what a dedicated star page looks like.
A dedicated star
Khambalia
white · Virgo · λ Vir
Dedicated to
Maya
by Her sister, June · August 12, 2026
“You were born on the brightest night of my life. Whenever you feel small, remember: there is a star that has carried your name since before you could read it — and it is still up there, still burning, still yours.”
This dedication
- Dedicated to
- Maya
- Dedicated by
- Her sister, June
- Recorded
- August 12, 2026
- Held until
- August 12, 2027
When this dedication ends, Khambalia becomes available again. Want it? Put the date in your calendar.
Khambalia at a glance
- Constellation
- Virgo
- Other name
- λ Vir
- Catalogue number
- HIP 69974
- Distance
- ≈ 186 light-years
- Brightness
- Magnitude 4.52 naked-eye
- Star type
- A1V
- Colour
- white
- Best seen from
- Almost everywhere on Earth
- Right ascension
- 14h 19m 07s
- Declination
- −13° 22′ 16″
Coordinates are J2000 epoch, checkable against any astronomical source or planetarium app.
Where can you see Khambalia?
It sits near the celestial equator, so nearly every inhabited latitude gets a view of it at some point in the year.
Khambalia belongs to Virgo.
Frequently asked questions about Khambalia
- Is Khambalia the brightest star?
- Khambalia shines at magnitude 4.52 — visible to the naked eye on a clear night, one of the few thousand stars with an officially recognised name.
- How far away is Khambalia?
- Khambalia is approximately 186 light-years from Earth. The light reaching us tonight began its journey around 186 years ago.
- Which constellation contains Khambalia?
- Khambalia is part of Virgo.
- Can everyone see Khambalia?
- It sits near the celestial equator, so nearly every inhabited latitude gets a view of it at some point in the year.
- Is dedicating Khambalia an official astronomical renaming?
- No. Khambalia keeps its internationally recognised astronomical name. An AsterNym dedication records your personal name and message in the AsterNym registry without changing the star's scientific identity.