A dying bait fish lure includes a lure member resembling a bait fish with a head, a body, and a tail; a lip member; a weight member; and one or more hook elements. An eyelet, disposed on a front nose end of the lure member, connects to a fishing line. The lip member is disposed dorsally behind and above the head of the lure member. The lip member provides direction to the dying bait fish lure and facilitates a dying bait fish action including a straight, upward swim action during retrieval of the fishing line followed by a motionless, slow, downward fall action when the retrieval of the fishing line is paused. The weight member, disposed at a location between a center of the body and the head of the lure member, maintains an upright balance and executes the motionless, slow, downward fall action of the dying bait fish lure.

A weight distribution system for a fishing lure with front and rear ends includes a cavity within the fishing lure having a long axis parallel to a long axis of the fishing lure; a movable weight freely movable within and along the long axis of the cavity; a weight magnet associated with the movable weight and having a positive pole and a negative pole; a rear magnet mounted adjacent to a rear end of the cavity and having a positive pole and a negative pole; and wherein the rear magnet and the weight magnet are arranged such that their respective like poles face one another to exert a repulsive force biasing the movable weight away from the rear magnet and the rear end of the fishing lure. A fishing lure including the weight distribution system is also disclosed.

A fishing lure is disclosed herein comprising an elongated body having a density of about 5 to 7 g/cm3, the fishing lure containing 85% to 90% by weight zinc, 8% to 12% by weight aluminum, and no more than 5% by weight lead. In some cases, the lure contains no more than 3% by weight lead. Corresponding systems and methods also are disclosed.

A lure that can further effectively appeal to fish underwater (especially fish lurking in deep waters) by sending feeding sounds and bubbles downwards more reliably is disclosed. The lure comprises a body having a shape resembling a small fish; and a cup that is attached to the body 3, and that has the recessed space for containing air when the body enters water. With this configuration, the lure can effectively appeal to fish underwater (especially fish lurking in deep waters) by sending feeding sounds and bubbles downwards more reliably.

An artificial fishing lure has a stream-lined elongated body generally simulating a fish. The body has a cavity therein to receive a U-shaped member that is oriented to have two substantially parallel fins extending rearward outside of the body. The U-shaped member has a base and tab extending therefrom. The cavity is shaped to limit movement of the U-shaped member in an up and down rotational motion relative to the body. The body is formed from an upper body and a lower body. The U-shaped member is inserted into the cavity and the upper body and lower body are then affixed to one another. A method of constructing the lure is described.

The present disclosure relates to an artificial bait having certain physical characteristics that allow for it to remain forward-facing in the water to be quickly detected location- and direction-wise using sonar techniques. The characteristics of the bait also allow for it to engage in erratic darting action and remain in the water during retrieval for an extended period of time. Typically, the bait can include a body having a head portion, a tail portion, and a middle portion therebetween. A first attachment structure configured to receive a line can be located on or near the head portion. A hook structure can be inserted behind the first attachment structure, for example, on or near the middle portion of the body. The head portion can further include a portion of dense material therein.

A lure includes a first body, a second body and a first oscillating body. The first body has an internal first space and is configured to at least partially transmit light. The second body is connected to the first body via a connecting structure. The first oscillating body is disposed in the internal first space and is connected to the first body via a connecting part so as to be capable of oscillating.

A fishing lure with magnetic hook slot includes a lure body, a hook-positioning compartment, a magnet, and a fishing hook. The lure body is configured with a sagittal plane, a head section, a mid-section, a tail section, and a hook mount. The hook mount integrates into the mid-section as the head section and the tail section are oppositely positioned of each other about the mid-section. The hook-positioning compartment is positioned in between the hook mount and the tail section and traverses into a belly portion of the mid-section. The magnet hermetically mounts within the mid-section. The magnet is adjacently positioned atop the hook-positioning compartment so that the fishing hook can magnetically attach to the magnet. The eye of the fishing hook slidably mounts to the hook mount and magnetically attaches with the magnet through the mid-section as a shank of the fishing hook is angularly positioned to the lure body.

A non-painted fake bait structure contains a body and a light-reflective counterweight. The body includes a first casing and a second casing which are symmetrical, and the body also includes a head, an extension, a tail, and a fish hook. The body includes a receiving groove defined therein and a diamond-shaped pattern formed on the receiving groove. The light-reflective counterweight is accommodated in the receiving groove of the body, and the light-reflective counterweight includes multiple counterweight protrusions mounted therein. In addition, the light-reflective counterweight includes a laser reflecting stick adhered thereon. A spaced distance is defined between the laser reflecting stick of the light-reflective counterweight and the diamond-shaped pattern, such that the laser reflecting stick absorbs lights to reflect refracted lights on the diamond-shaped pattern of the body, thus forming reflection as fish scales to attract fishes to bite the non-painted fake bait structure.

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.