The present invention relates to a jumping exercise equipment, and more particularly to a jumping exercise equipment including an elastically adjustable leaf spring and a coil spring to compensate for the ballistic force generated by the user's jumping exercise, wherein the present invention can provide a jumping exercise equipment that can compensate for the recoil force generated by the user's jumping exercise by including a recoil force complementary part with an elastic force in the lower part of the leaf spring.

An exercise device includes a track unit with a generally horizontal track and a carriage device supporting a bench for receiving the torso of a user. A swivel permits rotation of the bench in a plane parallel to the track, the user propels the carriage along the track. A push-off plate is mounted perpendicular to the track positioned near the first end of the track unit for being engaged by the feet of a user. Resistance is provided by a resistance device extending between the first end of the track unit and the carriage, and/or by rotating the track unit so that the user must propel the carriage against the force of gravity.

An exercise device includes a track unit with a generally horizontal track and a carriage device supporting a bench for receiving the torso of a user. A swivel permits rotation of the bench in a plane parallel to the track, the user propels the carriage along the track. A push-off plate is mounted perpendicular to the track positioned near the first end of the track unit for being engaged by the feet of a user. Resistance is provided by a resistance device extending between the first end of the track unit and the carriage, and/or by rotating the track unit so that the user must propel the carriage against the force of gravity.