A handle for operating a window or door and for operating a latching mechanism of said window/door and for being rotated about an axis of rotation, from a first position in which said latching mechanism of said window/door is locked, to a second position in which said latching mechanism of said window/door is unlocked and where said axis of rotation is approximately perpendicular to a surface main plane of said window/door, said handle having: a handle neck for being connected to an operating spindle for manipulating said latching mechanism of said window/door, said spindle having a longitudinal direction being approximately perpendicular to said surface main plane of said window/door, a grip connected to said handle neck for allowing a user to operate said handle, said handle neck having an upper handle neck portion extending in a first longitudinal direction of said handle neck, said first longitudinal direction defining a first angle in relation to said surface main plane, and a lower handle neck portion extending in a second longitudinal direction of said handle neck, said second longitudinal direction defining a second angle in relation to said surface main plane, said second angle being numerically larger than said first angle, and where said upper handle neck portion comprises a locking mechanism, said lower handle neck portion comprising a handle neck seat having a through-going opening extending in a direction towards said surface main plane, said handle neck seat further comprises a spindle seat, preferably a quadrangular spindle seat, for accommodating said operating spindle arranged in a direction substantially perpendicular to said surface main plane, said through-going opening is accommodating a locking pin for being activated by said locking mechanism between a position where said locking pin is projecting from said lower handle neck portion for engaging a handle escutcheon , and a retracted position where said locking pin is in a non-projecting position for being in a non-engaging position with said escutcheon , and wherein said first angle is numerically in the range between 40-80 degrees, more preferably in the range between 50-70 degrees, most preferably 60 degrees, and said second angle is numerically in the range between 60-90 degrees, more preferably in the range between 70-80 degrees, most preferably 75 degrees, such that said grip can be arranged at an increased distance from a window/door frame in order to allow a user to operate the handle without interfering with the window/door frame. a handle neck for being connected to an operating spindle for manipulating said latching mechanism of said window/door, said spindle having a longitudinal direction being approximately perpendicular to said surface main plane of said window/door, a grip connected to said handle neck for allowing a user to operate said handle, said handle neck having an upper handle neck portion extending in a first longitudinal direction of said handle neck, said first longitudinal direction defining a first angle in relation to said surface main plane, and a lower handle neck portion extending in a second longitudinal direction of said handle neck, <EOS>