A baseball bat swing training method includes the steps of attaching a leg coupler to a lead leg of a batter adjacent to a knee of the batter. The leg coupler is configured to be extendable around the lead leg. A baseball bat is provided having a grip terminating with a knob. A tether is attached to the baseball bat grip adjacent to the knob. The tether is attached to the leg coupler. The tether includes a resiliently stretchable area and an area resistant to stretching. A length of the tether is adjusted such that the tether is taut as the batter is positioned in a set position before the batter moves toward a batting swing load position. Resistance to stretching of the tether increases as the batter moves to the batting swing load position.

A sports training apparatus includes a flat mat having visible indicia adapted to indicate placement of at least one foot of a user of the apparatus, and a foot restraint adapted to hold a front foot of the user so that the front foot remains in contact with a top surface of the flat mat. The front foot is in an intended direction of a swing of a sports implement.

The present disclosure provides a method for batting practice. The method includes securing a baseball training device to a leg of a user; positioning a stand assembly adjacent to the user; and swinging a baseball bat such that a ball positioned on the stand assembly attaches to the plate of the device. The device includes a body and a plate attached to and extending outwardly from the body.

A batting cage assembly including a plurality of upright frames to support a batting cage net, where the plurality of upright frames are interconnected using cross members that include two vertical end segments and a horizontal segment positioned between the two corresponding vertical end segments. A batting cage net is connected to the plurality of upright frames.

A golf Swing training device comprises a club member and at least one weight member. The weight member includes a mating Structure for Securing the weight member to a complementary mating Structure in the Shaft portion of the club member. The weight member can be secured to the shaft in at least three positions including a first position at the top of the Shaft adjacent the handle, a Second position at or near the midpoint of the Shaft and a third position at or near the distal end of the shaft.

A customizable training bat comprising a handle on a proximal end, an endcap on a distal end, a plurality of body segments used for hitting balls extending between the handle and the endcap from the proximal end to the distal end over an extendable support rod, wherein said the extendable support rod is passed through each of the plurality of body segments. Body segments may have provisions for interlocking to avoid shifting in between adjacent body segments, or between handle and body segments. An optional hollow casing that encloses the body segments and connects with the handle in manner that makes it extendable, provides a hitting surface. Further, the handle has an opening for accommodating the extendable support rod and the casing. The handle also optionally has detachable knob of variable weight. The length, shape, thickness, swing weight and size of the training bat may be customized according to preferences of an athlete. The length of the training bat is varied by adding or removing the body segments. The size and shape of the bat is varied by using the desired body segments of varying dimensions. The swing weight is varied by adjusting relative placement of body segments of varying weight along the length of the training bat in between the handle and the endcap from the proximal to the distal ends.

A sporting weight system couplable to a sporting device. The sporting weight system including a plurality of shaped weight portions and at least one fastener. The at least one fastener is configured to couple the plurality of shaped weight portions together about a shaft portion of the sporting device.

The present invention relates generally to the field of baseball training devices. More specifically, the present invention relates to a baseball training device that is comprised of a base, first and second frame member, horizontal frame member, and vertical frame member that is further comprised of a baseball on each end. The vertical frame member rotates around the horizontal frame member and is stopped by a plurality of bristles that are fastened to the interior of the first and second frame members. When the rotation is stopped, one baseball is securely held within the bristles while the other baseball is teed up at the top of the device, allowing a user to strike the device indefinitely. Accordingly, the present disclosure makes specific reference thereto. Nonetheless, it is to be appreciated that aspects of the present invention are also equally applicable to other like applications, devices and methods of manufacture.

A training apparatus includes a base, a main stem, and an auxiliary arm. The main stem and detachable auxiliary arm create a double batting tee within a single unit. The height of the auxiliary arm is adjustable independent of the main stem and has the ability to swivel around the main stem. The auxiliary arm is curved and situated at a fixed horizontal position from the main stem. The weighted base includes a handle and detachable tee for ease of transport. The base was designed to be able to secure the weight of both tee stems without toppling over. A specially designed clamp was designed to secure and detach the auxiliary arm to the main stem. The clamp can be loosened to adjust the height of the auxiliary arm in relation to the main stem.

The ball-projecting batting tee comprises a support base, a support column, and a remote control. The ball-projecting batting tee may be a batting practice aid that may be placed on top of home plate and may pneumatically project a ball upwards from the top of the support column to simulate a pitch. The ball-projecting batting tee may be adapted to project the ball upwards under the control of a coach using the remote control. As non-limiting examples, the ball may be a baseball or a whiffle ball. A directional cover located at the top of the support column may pivot to direct the ball towards first base or towards third base to simulate outside and inside pitches.