List of quadrangles on the Moon
The Moon has been divided into 30 quadrangles by the United States Geological Survey at the 1:2,500,000 map scale. At the 1:1,000,000 scale it's divided into 144 quadrangles.
The quadrangles are numbered in bands from north to south. Each band is then divided into a latitude-dependent number of quadrangles. At the poles, the bands consist of a single quadrangle, so LQ01 is a circle around the north pole.
| Name | Number | Latitude | Longitude |
| LQ01 | 65° to 90° | −180° to 180° | |
| LQ02 | 30° to 65° | −180° to −120° | |
| LQ03 | 30° to 65° | −120° to −60° | |
| LQ04 | 30° to 65° | −60° to 0° | |
| LQ05 | 30° to 65° | 0° to 60° | |
| LQ06 | 30° to 65° | 60° to 120° | |
| LQ07 | 30° to 65° | 120° to 180° | |
| LQ08 | 0° to 30° | −180° to −135° | |
| LQ09 | 0° to 30° | −135° to −90° | |
| Marius | LQ10 | 0° to 30° | −90° to −45° |
| Copernicus | LQ11 | 0° to 30° | −45° to 0° |
| LQ12 | 0° to 30° | 0° to 45° | |
| LQ13 | 0° to 30° | 45° to 90° | |
| LQ14 | 0° to 30° | 90° to 135° | |
| LQ15 | 0° to 30° | 135° to 180° | |
| LQ16 | −30° to 0° | −180° to −135° | |
| LQ17 | −30° to 0° | −135° to −90° | |
| Grimaldi | LQ18 | −30° to 0° | −90° to −45° |
| Mare Nubium | LQ19 | −30° to 0° | −45° to 0° |
| LQ20 | −30° to 0° | 0° to 45° | |
| LQ21 | −30° to 0° | 45° to 90° | |
| LQ22 | −30° to 0° | 90° to 135° | |
| LQ23 | −30° to 0° | 135° to 180° | |
| LQ24 | −65° to −30° | −180° to −120° | |
| LQ25 | −65° to −30° | −120° to −60° | |
| LQ26 | −65° to −30° | −60° to 0° | |
| LQ27 | −65° to −30° | 0° to 60° | |
| LQ28 | −65° to −30° | 60° to 120° | |
| Planck | LQ29 | −65° to −30° | 120° to 180° |
| Lunar South Pole | LQ30 | −90° to −65° | −180° to 180° |
At the 1:1,000,000 scale, there are 12 latitude bands, 6 in each hemisphere. The bands nearest the equator are 16° high, and the first and last bands are 10° radius circles around the poles. The bands are then divided into quadrangles, but unlike the 1:2,500,000 system, the seam is placed at +10° longitude, and the numbering within a band starts between −80° and −90°: