A vibration output apparatus (1; 2; 3) comprising: a vibration transmission member (20; 40; 50) formed by a body plate (21; 41; 51) and a support portion (22, 23; 52, 53) supporting the body plate (21; 41; 51), the body plate (21; 41; 51) having an opposite surface (21a; 41a; 51a) opposite to a vibration surface (100u; 110u) of a vibration plate (100; 110) and forming an opposite space (S1; S2; S3) between the vibration surface (100u; 110u) and the opposite surface (21a; 41a; 51a), an acoustic vibration output unit disposed on a rear surface (21b; 41b) of the opposite surface (21a; 41a; 51a) of the body plate (21; 41; 51) and configured to output an acoustic vibration, and a cushion (30; 31, 32) disposed in the opposite space (S1;S2; S3) so as to be in contact with the vibration surface (100u; 110u), wherein the body plate (21; 41; 51) and the support portion (22, 23; 52, 53) being formed by integrating, the support portion (22, 23; 52, 53) being in contact with the vibration plate (100; 110), and the cushion (30; 31, 32) being in contact with the opposite surface (21a; 41a; 51a), wherein the support portion (22, 23; 52, 53) is not in contact with the cushion (30; 31, 32), and characterised in that the support portion (22, 23) comprises: a first support portion formed on a first end of the body plate, and a second support portion formed on a second end of the body plate, the cushion (31, 32) comprises a plurality of cushions disposed in the opposite space, and the cushions are spaced in accordance with a distance from the first support portion to the second support portion. a vibration transmission member (20; 40; 50) formed by a body plate (21; 41; 51) and a support portion (22, 23; 52, 53) supporting the body plate (21; 41; 51), the body plate (21; 41; 51) having an opposite surface (21a; 41a; 51a) opposite to a vibration surface (100u; 110u) of a vibration plate (100; 110) and forming an opposite space (S1; S2; S3) between the vibration surface (100u; 110u) and the opposite surface (21a; 41a; 51a), an acoustic vibration output unit disposed on a rear surface (21b; 41b) of the opposite surface (21a; 41a; 51a) of the body plate (21; 41; 51) and configured to output an acoustic vibration, and a cushion (30; 31, 32) disposed in the opposite space (S1;S2; S3) so as to be in contact with the vibration surface (100u; 110u), wherein the body plate (21; 41; 51) and the support portion (22, 23; 52, 53) being formed by integrating, the support portion (22, 23; 52, 53) being in contact with the vibration plate (100; 110), and the cushion (30; 31, 32) being in contact with the opposite surface (21a; 41a; 51a), wherein the support portion (22, 23; 52, 53) is not in contact with the cushion (30; 31, 32), and characterised in that the support portion (22, 23) comprises: a first support portion formed on a first end of the body plate, and a second support portion formed on a second end of the body plate, a first support portion formed on a first end of the body plate, and a second support portion formed on a second end of the body plate, the cushion (31, 32) comprises a plurality of cushions disposed in the opposite space, and the cushions are spaced in accordance with a distance from the first support portion to the second support portion.