Introduction: The Advanced Moon micro-Imager Experiment (AMIE) on board the ESA lunar mission Smart-1 has performed color imaging of the lunar surface in three filters centered at 750, 915 and 960 nm [1]. The low pericenter, polar orbit, allowed to obtain a complete image coverage with high resolution at low to medium latitudes. From the 300 km pericenter altitude, the field of view (5.3°x5.3°) corresponds to a pixel size of about 27 m, a spatial resolution higher than Clementine [2]. The 1024x1024 pixels images are shared by the various filters, allowing to derive mosaics of the surface in up to 3 colors depending on pointing mode. Maps of the lunar surface: The high resolution imaging makes possible detailed analysis of the morphological features and physical characteristics of the lunar surface. In order to construct AMIE data maps, systematic analysis and processing is being carried on using the whole data set. Figure 1 shows one of the results: a high resolution mosaic of the lunar North pole in the none filter area of the detector and details of the surface elements are visualized in Figure 2.