Skip to content
AsteriaStar
Globular cluster · Musca

NGC 4372

Deep skyC 108NGC 4372

Scientific overview

NGC 4372 is a globular cluster in the constellation Musca. It shines at apparent magnitude 9.85 and spans about 12 arcminutes of sky.

Observation guide

Difficulty
Medium telescope
Recommended equipment
≈ 150–200 mm telescope
Best observed
Spring (S. evening sky)
Best hemisphere
Southern

Guidance follows standard observing practice, derived from the object's real magnitude and position. A dark, moonless sky always helps.

Location in the sky

Constellation
Musca
RA / Dec
12.4293h / -72.6591°
Hemisphere
Southern
Season
Spring

Precision measurements

Distances and velocities from SIMBAD · NGC 4372

Radial velocity75.3 ± 0.3 km/sSIMBAD · measured
Right ascension (ICRS)186.439292 degSIMBAD · measured
Declination (ICRS)-72.659083 degSIMBAD · measured
Full field-level provenance
  • Radial velocity: Centre de données astronomiques de Strasbourg (CDS) · SIMBAD · basic · rvz_radvel · 2018MNRAS.478.1520B · direct catalogue measurement · retrieved 2026-07-11
  • Right ascension (ICRS): Centre de données astronomiques de Strasbourg (CDS) · SIMBAD · basic · ra · 2006MNRAS.365.1357D · direct catalogue measurement · retrieved 2026-07-11
  • Declination (ICRS): Centre de données astronomiques de Strasbourg (CDS) · SIMBAD · basic · dec · 2006MNRAS.365.1357D · direct catalogue measurement · retrieved 2026-07-11

Physical size is derived from the OpenNGC angular size and the catalogued distance (small-angle: size = angle × distance). This is a Galactic object: its Doppler shift is shown as a radial velocity, not a cosmological redshift. Fields a source did not provide are omitted, never invented.

ObjectTypeMagSize (′)
NGC 4463NGC 4463Open cluster7.24.8
NGC 4833C 105 · NGC 4833Globular cluster7.798.4
NGC 4815NGC 4815Open cluster8.63.9

Sources

The primary and reference sources this topic draws on.

  • OpenNGCOpenNGC (M. Verga) — NGC/IC, Messier, and Caldwell catalogue data

    Openly-licensed deep-sky catalogue: object types, positions, magnitudes, sizes, morphology, and cross-identifiers.