Antonín Rükl's Mirror-Image Field Map of the Moon for Refractors and Catadioptrics, Laminated

This newly drawn large laminated Moon map identifies over 1000 landmarks visible in refractors and catadioptric telescopes, including features in the libration zones rarely shown on other maps.

This could well be the only Moon reference you'll ever need at your refractor or catadioptric telescope. This large laminated Field Map of the Moon measures 12" x 12", but opens to 24" x 24". The unique four-part hinged design allows you to look at the entire Moon, or at an individual quadrant, or at any two neighboring quadrants at the same time. There is a certain amount of overlap coverage on the maps to keep from losing features in the hinged areas, as you can see in the feature image below. Not counting the overlap area, the disk of the Moon measures 20" across. The durable clear plastic lamination on both sides of the map will protect it from dew, spills, and everyday wear and tear for years to come.

This Field Map has handsome new cartography from renowned lunar mapmaker Antonín Rükl that is detailed, accurate, and simply a pleasure to look at. It even includes the complete libration zones that are rarely shown on conventional lunar maps, with scales to show the amount of libration in degrees. Sky & Telescope magazine lists the libration conditions for the Moon each month so you can search out map features that are normally out of view around the limb of the Moon.

There are more than 1,000 individually labeled landmarks on the map. All 1000 are listed in alphabetical order on the back of the map, with their size, map quadrant, and map coordinates listed so you can easily locate any wanted feature.

The map is oriented with north up, but is a mirror image of what you see with your unaided eye or binoculars. This mirror image is the Moon as you see it in a telescope with an odd number of reflections, such as a refractor and catadioptric (Schmidt-Cassegrain or Maksutov-Cassegrain used with a star diagonal). If you have a Newtonian reflector or large binoculars, you should use the non-reversed standard version of the Field Map (#AFIELD).