Abstract: The disclosure provides embodiments of tackling devices and methods of use thereof that are useful for training safer techniques of tackling.

Abstract: The disclosure provides embodiments of a tackling ring and methods of use therefore that are useful for training safer techniques of football tackling.

Abstract: The disclosure provides embodiments of a training device and related methods of use.

Abstract: The disclosure provides embodiments of a training device and related methods of use.

Abstract: The disclosure provides embodiments of a tackling ring and methods of use therefore that are useful for training safer techniques of football tackling.

Abstract: The disclosure provides embodiments of a goal frame and net suitable for use in the sport of lacrosse and other sports. An upper frame portion typically includes a top horizontal crossbar connecting two vertical front posts. A second piece of the goal structure typically includes a base frame portion which can be formed from, for example, two elongate structural members (e.g., flat metal bars) connected to and terminating at a hinge which can be selectively opened into a “V” shape. A plurality of rods can pass through a number of pockets sewn around the perimeter of the net and tubular sleeves of the upper and lower frame portions about the perimeter of the frame creating an assembled goal with a net.

Abstract: A training sled including a pair of nonlinear runners is disclosed arranged in parallel relative to a center axis and a plane. A head crossbar may extend between first ends of the runners and may be joined thereto so as to form a U-shaped member with the runners. A weight bearing member may be affixed to and extend between the pair of nonlinear runners near mid-sections thereof. A rear crossbar may extend between and may be disposed above the plane of the runners proximate second ends thereof and may be joined thereto opposite the head crossbar.

Abstract: The present disclosure provides a training apparatus for developing fundamental skill for the game of football which comprises a base pad having at least one of a hand grip and a shoulder pad, and an outer pad mounted and securely stitched to a front of the base pad. The outer pad includes a torso region and a shoulder region shaped to mimic shoulder pads of a football player. In some embodiments, the outer pad is covered with a grippable mesh material adapted to mimic a texture and form of a football jersey. The outer pad may be smaller than and fit within a perimeter of the front of the base pad, and during training, the outer pad is adapted to draw attention to the center of the training apparatus to draw hands of a training player inside the perimeter of the base pad.

Abstract: A training device, including a ball and an anchored connecting structure that is anchored to the ball. A distal portion of the anchored connecting structure is a connector, extending from a distal portion of the ball, that is capable of connecting with a motion resisting device. A proximate portion of the anchored connecting structure extends into an inner volume of the ball, whereby resistance is provided to twisting and pulling motions between the anchored connecting structure and the ball, resulting from torsion and thrust loading during training.

Abstract: A logo displaying miniature football pylon is disclosed. The pylon includes an elastomeric body having a greater longitudinal, height-wise dimension than a transverse dimension. The pylon has a height-wise bottom portion, which includes a height-wise bottom surface for being seated on a tabletop, and a weighted mass substantially concealed therein, providing stability to the pylon when positioned on the tabletop. The pylon includes a top surface which height-wise opposes the bottom surface, and at least one side surface that includes at least one logo portion, which is at or adjacent to the pylon top surface, and contains logo indicia. From this, the pylon is capable of stably displaying the logo indicia in an upright configuration above the tabletop.

Abstract: A training device is disclosed, which includes a ball and an anchored connecting structure that is anchored to the ball. A distal portion of the anchored connecting structure is a connector, extending from a distal portion of the ball, that is capable of connecting with a motion resisting device. A proximate portion of the anchored connecting structure extends into an inner volume of the ball, whereby resistance is provided to twisting and pulling motions between the anchored connecting structure and the ball resulting from torsion and thrust loading during training.

Abstract: The disclosure includes a variety of functional power grips. An exemplary grip includes a generally elongate handle portion having a gripping surface for a user, and a generally flexible member having a first end and a second end, the generally flexible member having a cross sectional dimension that is substantially the same as the handle portion, wherein the first and second ends of the generally flexible member are attached to first and second ends of the handle portion, the handle portion and generally flexible member cooperating to form a loop, and a strap disposed about the generally flexible member for attaching the functional power grip to a piece of exercise equipment.

Abstract: The disclosure includes a variety of thrustback sleds. In one embodiment, the disclosure provides a thrust back training sled, including a base including a plurality of horizontal runners, a generally horizontal rail assembly disposed on the base, a trolley assembly disposed on the generally horizontal rail assembly, the trolley assembly including a plurality of rollers received by the rail assembly, the trolley being adapted to translate from a first, forward position to a second, rearward position along the generally horizontal rail assembly.