A damper device comprising: a first member rotatable about a rotation center (Ax); a second member rotatable about the rotation center (Ax); a third member configured to be rotatable about the rotation center (Ax) and integrally rotatable with the first member in a first section (S1) and integrally rotatable with the second member in a second section (S2) ; a first resilient member that is configured to resiliently expand and contract along with relative rotation of the first member and the second member about the rotation center (Ax); a first friction member having a first friction face that is configured to generate a friction torque along with the relative rotation of the first member and the second member ; and a second friction member having a second friction face that is configured to generate a friction torque along with relative rotation of the second member and the third member , wherein one of the first member and the third member is provided with a hook, and in the first section (S1) the hook circumferentially catches the other of the first member and the third member to integrally rotate the first member and the third member , in the second section (S2), the hook does not circumferentially catch the other of the first member and the third member , and the second member and the third member are integrally rotated by a frictional force between the second member and the third member , characterized by a second resilient member that is configured to press the second member and the third member onto the second friction face , and the first friction member further having a third friction face that is configured to generate a friction torque along with relative rotation of the second member and the third member , and the second resilient member further being configured to press the second member and the third member onto the third friction face . a first member rotatable about a rotation center (Ax); a second member rotatable about the rotation center (Ax); a third member configured to be rotatable about the rotation center (Ax) and integrally rotatable with the first member in a first section (S1) and integrally rotatable with the second member in a second section (S2) ; a first resilient member that is configured to resiliently expand and contract along with relative rotation of the first member and the second member about the rotation center (Ax); a first friction member having a first friction face that is configured to generate a friction torque along with the relative rotation of the first member and the second member ; and a second friction member having a second friction face that is configured to generate a friction torque along with relative rotation of the second member and the third member , wherein one of the first member and the third member is provided with a hook, and in the first section (S1) the hook circumferentially catches the other of the first member and the third member to integrally rotate the first member and the third member , in the second section (S2), the hook does not circumferentially catch the other of the first member and the third member , and the second member and the third member are integrally rotated by a frictional force between the second member and the third member , characterized by a second resilient member that is configured to press the second member and the third member onto the second friction face , and the first friction member further having a third friction face that is configured to generate a friction torque along with relative rotation of the second member and the third member , and the second resilient member further being configured to press the second member and the third member onto the third friction face . <EOS>