Orbit from mean elements
Pan is placed by solving a Keplerian orbit around saturn at the simulation time (a = 133,600 km, e = 0, i = 0°, period 0.6 d).
A small ring moon embedded in Saturn's Encke Gap. Ring material accumulated around its equator gives Pan its distinctive flying-saucer profile.
One record per aspect. The origin says what kind of thing each value is; the source says where it came from; the limit says what it cannot tell you.
Pan is placed by solving a Keplerian orbit around saturn at the simulation time (a = 133,600 km, e = 0, i = 0°, period 0.6 d).
Pan: mean radius 14 km. These values are bundled with the object record and drive the rendered size.
This globe or ellipsoid shows approximate shape and color. No spacecraft surface mosaic is applied; fine geological detail is not represented. Rotation is modeled.
The short description and the fact list are written by the Space Time authors for orientation. They are not quoted from a catalog field and carry no citation of their own.
| Dataset | Last refreshed | Horizon | Automated |
|---|---|---|---|
| Planetary satellite mean elements | no snapshot date | Mean elements (a, e, i, period) for every known natural satellite | No, refreshed by hand npm run generate:moons |