Abstract: A versatile glute ham system for use with resistance bands is provided that is provided with a pivoting resistance arm assembly and a pivoting center pad assembly that are pivotally connected to a stabilization bar. The pivoting resistance arm assembly is provided with a resistance arm connection assembly and the pivoting center pad assembly is provided with a center pad connection assembly to secure the pivoting resistance arm assembly and the pivoting center pad assembly to a fixed position relative to the stabilization bar. The versatile glute ham system may optionally be provided with a plurality of connector points on the pivoting resistance arm assembly, the pivoting center pad assembly and the stabilization bar to receive resistance bands.

Abstract: A versatile glute ham system for use with resistance bands is provided that is provided with a pivoting resistance arm assembly and a pivoting center pad assembly that are pivotally connected to a stabilization bar. The pivoting resistance arm assembly is provided with a resistance arm connection assembly and the pivoting center pad assembly is provided with a center pad connection assembly to secure the pivoting resistance arm assembly and the pivoting center pad assembly to a fixed position relative to the stabilization bar. The versatile glute ham system may optionally be provided with a plurality of connector points on the pivoting resistance arm assembly, the pivoting center pad assembly and the stabilization bar to receive resistance bands.

Abstract: A Kite Control Bar with Ninety-Degree Handles and Fail-Safe Release System is disclosed. The kite control bar utilizes a metal bar with removable metal handles that are attached to the kit control bar at a ninety-degree angle. The kite control bar also incorporates a release system that is a pull pin located on the kite control bar. If required to de-power the kite, the release system will release the kite control lines which will deflate the kite and negate the kites strong pull force. The metal handle attached to the kite control bar at ninety-degrees in conjunction with the release system will significantly improve the control of the kite when performing the sport of kite surfing or kite boarding.

Abstract: A Kite Control Bar with Ninety-Degree Handles and Fail-Safe Release System is disclosed. The kite control bar utilizes a metal bar with removable metal handles that are attached to the kite control bar at a ninety-degree angle. The kite control bar also incorporates a release system that is a pull pin located on the kite control bar. If required to de-power the kite, the release system will release the kite control lines which will deflate the kite and negate the kites strong pull force. The metal handle attached to the kite control bar at ninety-degrees in conjunction with the release system will significantly improve the control of the kite when performing the sport of kite surfing or kite boarding.