Disclosed are dose setting mechanism for a drug delivery device and an injection device. The dose setting mechanism comprises a dose setting member (3) drive member (4) and clutch member (5). The clutch member (5) is located between the dose setting member (3) and the drive member (4). The clutch member (5) is axially movable relative to the dose setting member (3) and the drive member (4). The clutch member (5) is rotationally fixed to the drive member (4) and provides a first clutch for rotationally coupling and decoupling the dose setting member (3) and the drive member (4). A clicker (6) comprising a first component (6&rsquo) and a second clicker component (6&rsquo&rsquo) are axially movable relative to each other for producing tactile and/or audible feedback during relative rotational movement there between. The first clicker component (6&rsquo) is axially movable relative to the drive member (4) providing a second clutch member for rotationally coupling and decoupling the drive member (4) and the first clicker component (6&rsquo). The first and second clutches are designed and adapted to each other such that at any time during operation either the first clutch rotationally couples the dose setting member (3) and the drive member (4) and/or the second clutch rotationally couples the drive member (4) and the first clicker component (6&rsquo).
