Resilient stable trampoline board with bindings

A trampoline board comprising a resilient body with a foam core, said resilient body resembling a sports board and being sized to attach two feet of a user, said resilient body including top and bottom surfaces, a tip and a tail, and a first and second lateral edges, the top surface including at least one flex zone configured to enable bending of the board to conform to the shape of a depressed trampoline surface, said trampoline board being configured to return to an unbent position upon rebound from a trampoline without fluttering oscillation;

• and
• an insert pack molded into the resilient body and configured to threadedly couple the resilient body to trampoline board bindings configured to receive a left foot and right foot of a user and secure the user's left and right feet to the trampoline board, said insert pack comprising a base with a plurality of parallel threaded shanks extending perpendicularly therefrom, each of said threaded shanks having a free end extending to the top surface, and said base being molded into the body between the top and bottom surfaces, and each of said trampoline board bindings including a sole comprising an insole that contacts a user's foot, an outsole that contacts the top surface of the resilient body of the trampoline board, and a shock absorbing midsole, and each of said trampoline board bindings including means for threadedly engaging threaded shanks of said insert pack.