A tripod head comprising: a mounting that is tiltable, for mounting a filming apparatus thereon; a counterbalancing mechanism having a spring, the counterbalancing mechanism being configured to generate a resilient force on the spring so as to be capable of counterbalancing with a rotation moment generated when the filming apparatus to be mounted on the mounting tilts; and a resilient force adjusting mechanism configured to accommodate the weight of the filming apparatus to be mounted on the mounting and provided with a resilient force adjusting mechanism configured to impart a resilient force in advance on the spring of the counterbalancing mechanism, wherein the resilient force adjusting mechanism includes a rotating operation part, cams coupled to the rotating operation part and sliding in association with the rotation of the rotating operation part, and a cam follower coming into contact with cam surfaces of the cams, and the cam follower being supported by the counterbalancing mechanism, and the counterbalancing mechanism is configured in such a manner that the magnitude of the resilient force to be imparted on the spring is varied depending on the position where the cam follower comes into contact with the cams, characterized in that the cams are configured to slide horizontally toward the rotating operation part by rotating the rotating operation part, and the cam follower is configured to move vertically along the cam surfaces resulting in compression of the spring and providing a resilient force in the spring, and the cams are configured to slide away from the rotating operation part by rotating the rotating operation part reversely, and the cam follower is configured to move along the cam surfaces resulting in a gradual release of the compression of the spring. a mounting that is tiltable, for mounting a filming apparatus thereon; a counterbalancing mechanism having a spring, the counterbalancing mechanism being configured to generate a resilient force on the spring so as to be capable of counterbalancing with a rotation moment generated when the filming apparatus to be mounted on the mounting tilts; and a resilient force adjusting mechanism configured to accommodate the weight of the filming apparatus to be mounted on the mounting and provided with a resilient force adjusting mechanism configured to impart a resilient force in advance on the spring of the counterbalancing mechanism, wherein the resilient force adjusting mechanism includes a rotating operation part, cams coupled to the rotating operation part and sliding in association with the rotation of the rotating operation part, and a cam follower coming into contact with cam surfaces of the cams, and the cam follower being supported by the counterbalancing mechanism, and the counterbalancing mechanism is configured in such a manner that the magnitude of the resilient force to be imparted on the spring is varied depending on the position where the cam follower comes into contact with the cams, characterized in that the cams are configured to slide horizontally toward the rotating operation part by rotating the rotating operation part, and the cam follower is configured to move vertically along the cam surfaces resulting in compression of the spring and providing a resilient force in the spring, and the cams are configured to slide away from the rotating operation part by rotating the rotating operation part reversely, and the cam follower is configured to move along the cam surfaces resulting in a gradual release of the compression of the spring.