  We produce Bose-Einstein condensates of $^{162}$Dy atoms employing an
innovative technique based on a resonator-enhanced optical trap that allows
efficient loading from the magneto-optical trap and fast evaporation. We
characterize the scattering properties of the ultracold atoms for magnetic
fields between 6 and 30 G. In addition to the typical chaotic distribution of
narrow Feshbach resonances in Lanthanides, we discover two rather isolated
broad features at around 22 G and 27 G. A characterization using the
complementary measurements of losses, thermalization, anisotropic expansion and
molecular binding energy points towards resonances of predominant s-wave
character. Such resonances will ease the investigation of quantum phenomena
relying on the interplay between dipole and contact interactions.
