Fishing tackle including, weights, sinkers, floats, bobbers, soft bait (plastic and rubber lures) hard bait lures, spinners, spoons and jigs incorporating cubic corner reflector for enhancing and reflecting fluid pressure waves generated by game fish with the reflected and enhanced pressure waves attracting the attention of the target fish and enticing it to strike at the lure.

Fishing tackle including, weights, sinkers, floats, bobbers, soft bait (plastic and rubber lures) hard bait lures, spinners, spoons and jigs incorporating cubic corner reflector for enhancing and reflecting fluid pressure waves generated by game fish with the reflected and enhanced pressure waves attracting the attention of the target fish and enticing it to strike at the lure.

A fishing lure comprising a hollow lure body which is equipped with a forwardly slanting lip on one end, in which the hollow lure body contains in a center-of-gravity movable tube comprising a longitudinally straight tube body and a weight in the form of a stick which is capable of moving in the tube in the longitudinal direction, in which the tube is installed in the lure body in the position lower than the middle height of the hollow space of the lure body, and the weight has a vertical section symmetrical in its width direction and is in the form of polygon, semicircle or other.

A lure includes a body, a weight, a guide member and an elastic member. The body is hollow and has a head in a front portion and a tail in a rear portion thereof. The weight is inside of the body so as to be movable in a front-rear direction. The guide member is in the body and configured to guide movement of the weight in the front-rear direction. The elastic member is in the body and is configured to generate an energizing force to move the weight in a forward direction. The weight is movable backward against the energizing force of the elastic member and one of the weight and the elastic member is inserted into an inside of the other.

A steerable top water fishing lure featuring a line attachment point located .sup.th to of the total length of the lure from the top of the lure. The line attachment point is located on a frontal plane which is wider than the depth of the body of the lure. The Fishing lure is also buoyant and features a center of gravity located between .sup.rd and of the length of the total lure from the top of the lure as well as a propeller/tail/blade attached to the body. The combination of these features allows this lure when cast to travel on its side laterally from the direction of shortest travel back to the angler. Due to the lures design, when the lure is twitched/pulled sharply, the force of the twitch will cause the lure to overcome the force of the water on the frontal plane of the lure. This imbalance of force causes the top of the body to exit the surface of the water and invert facing the opposing direction. When the body of the lure lands on the surface of the water, the previous side which was oriented down will be oriented up and the side which was oriented up will be oriented down. Because the lure has inverted and is now riding on its opposing side it will start to travel the opposite direction until twitched again or the retrieve is stopped. This action allows for the angler to steer this lure around cover where other lures cannot go, while never submerging where the lure could potentially get snagged.

An artificial bait fish is fabricated from a soft plastic body formed in the shape of a fish and having an embedded blade made from aluminum or other suitable material. The bait fish is fabricated using a overmolding process in which the embedded blade includes a colored portion on at least one surface to provide visibility. The artificial bait fish includes features that permit use with various fishing rigs.

Flasher fishing lures are disclosed that include a fin pivotably attached to a rear portion of the flasher. In a closed configuration, the fin may be secured within a fin recess to form a substantially flat, continuous surface with the rear portion of the flasher. And, in an open configuration, the fin may extend substantially perpendicular to the surface of the rear portion. Accordingly, a user may select a fin configuration that provides optimal side-to-side, tail kicking and/or spinning motion of the lure through the water when trolled at various speeds and in any number of fishing conditions.

An artificial bait having a housing which includes a power source, an electric motor, a controller, a coil, a magnet connected to a movable portion of the housing and a hook, wherein the controller alternates a current produced by the electric motor to cause the movable portion of the housing to move back and forth.

A fishing lure system includes an elongated body with a front end and a tail end; a weight, embedded within the tail end of the body; a hook, located at the tail end and having a shank, connecting the hook to the top of the body, and a barb, connected to the shank and extended above the body; an inverted bill, secured at the front end of the body at a connection point and extending substantially upward from the connection point on the body; a line attachment point, secured at the head end of the body and below the inverted bill; the tension applied by the line causes the tail end to rise, positioning the body in a horizontal position mimicking the movement of a natural prey; the release of tension by the line allow the tail end to fall, causing the body to become substantially vertical; and the inverted bill causes resistance when the tail end falls, slowing the fall to further mimic the movement of natural prey such as a crawfish.

A fishing lure system includes an elongated body with a front end and a tail end; a weight, embedded within the tail end of the body; a hook, located at the tail end and having a shank, connecting the hook to the top of the body, and a barb, connected to the shank and extended above the body; an inverted bill, secured at the front end of the body at a connection point and extending substantially upward from the connection point on the body; a line attachment point, secured at the head end of the body and below the inverted bill; the tension applied by the line causes the tail end to rise, positioning the body in a horizontal position mimicking the movement of a natural prey; the release of tension by the line allow the tail end to fall, causing the body to become substantially vertical; and the inverted bill causes resistance when the tail end falls, slowing the fall to further mimic the movement of natural prey such as a crawfish.