Planetary transmission for a wind power plant, with a planetary carrier which has a first carrier cheek and a second carrier cheek , planetary gears which are mounted rotatably on the first carrier cheek and the second carrier cheek via in each case one bearing pin , an internal gear which meshes with the planetary gears , mounting play being configured between a web external diameter (D) of the first carrier cheek and the second carrier cheek on one side and an internal diameter of the internal gear on the other side, the web external diameter (D) of the carrier cheeks being selected to be so large that the carrier cheeks can still just be moved radially within an internal toothing system of the internal gear in the axial direction during the mounting, and at least one planetary carrier web which positions the first carrier cheek and the second carrier cheek at a defined spacing from one another, a radially outwardly pointing outer side of the planetary carrier web being arranged radially on the outside with respect to an internal diameter of the planetary gears , the outer side of the planetary carrier web being spaced apart radially inwards to a more pronounced extent from a radially inner tip circle radius of the internal toothing system than the first carrier cheek , and the second carrier cheek being arranged to reliably avoid contact with the internal toothing system of the internal gear even with consideration of manufacturing and production tolerances and possible heat expansion affects and/or centrifugal force effects, characterized in that the outer side of the planetary carrier web is arranged radially on the outside with respect to a root circle radius of an external toothing system of the planetary gear . planetary gears which are mounted rotatably on the first carrier cheek and the second carrier cheek via in each case one bearing pin , an internal gear which meshes with the planetary gears , mounting play being configured between a web external diameter (D) of the first carrier cheek and the second carrier cheek on one side and an internal diameter of the internal gear on the other side, the web external diameter (D) of the carrier cheeks being selected to be so large that the carrier cheeks can still just be moved radially within an internal toothing system of the internal gear in the axial direction during the mounting, and at least one planetary carrier web which positions the first carrier cheek and the second carrier cheek at a defined spacing from one another, a radially outwardly pointing outer side of the planetary carrier web being arranged radially on the outside with respect to an internal diameter of the planetary gears , the outer side of the planetary carrier web being spaced apart radially inwards to a more pronounced extent from a radially inner tip circle radius of the internal toothing system than the first carrier cheek , and the second carrier cheek being arranged to reliably avoid contact with the internal toothing system of the internal gear even with consideration of manufacturing and production tolerances and possible heat expansion affects and/or centrifugal force effects, characterized in that the outer side of the planetary carrier web is arranged radially on the outside with respect to a root circle radius of an external toothing system of the planetary gear . <EOS>