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The great atrraction of Saturn is its rings, which can be just about made out in medium binoculars. In medium sized telescopes, detail can be made out on its surface, although it isn't as pronounced as Jupiter and its largest moon (Titan) can be seen in binoculars and small telescopes. Up to seven moons can be seen in larger amateur telescopes.
It is the opening and closing of its rings in relation to us that
causes
the greatest change in brightness.
| Name | Saturn |
| Maximum Magnitude | -0.5 |
| Minimum Magnitude | +0.5 |
| Solar "year" - time to circle the sun | 29 years 6 months |
| Sydonic period - time to return to the same place in the sky relative to the sun | 378 days |
| Maximum Elongation from the Sun | 180 degrees |
| Maximum Apparent Size | 19 arcseconds |
| Minimum Apparent Size | 16 arcseconds |
| Distance from Sun | 886 million miles |
| Minimum Distance from Earth | 793 million miles |
| Maximum Distance from Earth | 977 million miles |
| Best view in 50mm binoculars | Some sense that it has an odd shape, as the rings aren't quite clear. Titan. |
| Best view in 60mm refractor | Rings are clearly visible and sometimes the Cassini "division" can be seen. Titan. |
| Best view in 127mm Maksutov | Rings divide into 3 regions. Shading is visible on the planet's surface. Up to 7 moons should be visible but I've only seen 4 at a time. |