Fishing lure with hydrofoil flares, cylindrical hinges, and hook cavity is a special fishing lure that swims like a real fish when it is travelling through the water. Fishing lure with hydrofoil flares, cylindrical hinges, and hook cavity has two hydrofoil flares and two cylindrical hinges that cause the fishing lure to appear to be swimming. Fishing lure with hydrofoil flares, cylindrical hinges, and hook cavity also has a special hook cavity with a hook puncture tab and a hook stop tab that securely holds a fishing hook inside the fishing lure. Fishing lure with hydrofoil flares, cylindrical hinges, and hook cavity also has a weight cavity, rattle cavity, glow stick cavity, and a scent cavity to help attract real fish to the fishing lure.

A soft plastic fishing lure has a bait body with a head portion and a tail portion opposite the head portion. The bait body has an elastomeric material and defines a cavity with an opening disposed at the tail portion. The cavity extends into the bait body toward the head portion. An insert is configured to be inserted into the cavity through the opening and retained in the bait body. The insert has a fish attracting feature, such as a rattle, a glow stick, or a scented material.

A fishing lure includes a head part, a body part, a tail part and a flexible metal bill, wherein the head part is connected with the body part via at least two jointed connections; there are first metal spots provided on back-end of the head part and a horizontal opening on front end thereof; the body part is provided with second metal plates that the second metal plates smash the first metal spots when moving. The flexible metal bill that one end is provided on the horizontal opening, and another end extends away. By means of a segmented structure between the body part and the head part, it improves the fishing lure's swing range and makes it move more flexibly. The first metal spots and second metal plates smash to produce chattering noise to stimulate the predator's sensory perceptual system when moving.

Provided is a fish attraction device. The fish attraction device, in at least one aspect, includes a motor, the motor having an output shaft configured to rotate about a rotational axis. The fish attraction device, in accordance with this aspect, may further include first and second cams rotationally coupled to the output shaft about the rotational axis. The fish attraction device, in accordance with this aspect, may further include a first thumper configured to move to create a first thumping pattern as the first cam rotates with the output shaft about the rotational axis, as well as a second thumper configured to move to create a second thumping pattern as the second cam rotates with the output shaft about the rotational axis, the first and second thumping patterns collectively providing a rhythmic thumping pattern designed to attract fish.

A fishing lure includes a body portion, a hook member coupled to a junction region disposed distal of the body portion, and a shielding skirt extending from the body member. The body portion includes a rotatable member configured to rotate about a central longitudinal axis in the presence of fluid friction acting against the lure. The shielding skirt extends outward from the body portion and is configured to assume a first configuration during retrieval of the lure that defines a protective zone that protects the hook member from ensnaring structures, such as submerged vegetation. The shielding skirt is collapsible by contacting lateral forces into a second configuration in which one or more terminal endpoints of the hook member is exposed and available to ensnare the source of the contacting lateral force, such as a fish. The shielding skirt resiliently returns to the first configuration when the lateral forces are removed.

A rattle claw fishing bait/lure assembly, including a body, a plurality of raised areas located along a length of the body, a plurality of legs operatively connected to first and second sides of the body, and a plurality of claws operatively connected to one end of the body, wherein each of the plurality of claws further includes a compartment located along a portion of each of the plurality of claws, and a plurality of rattles retained within the compartment. To use the rattle claw fishing bait/lure assembly, after the rattle claw fishing bait/lure assembly is attached to a fishing line and cast into the water, the user begins to jig or otherwise move the selected rattle claw fishing bait/lure assembly through the water. The jigging movement will cause the rattles in the compartment to create a rattling sound that will attract the fish.

An artificial bait for fishing contains a body and a movable sheet. The body includes a head, a loop element, and a fishhook connected on and end of the body opposite to the head. The movable sheet is connected with the body and swings back and forth with respect to the body. The movable sheet is formed in a polygon shape, and the movable sheet includes a fixing orifice defined on a bottom thereof to connect with the loop element, a groove formed on a center thereof and configured to receive a fishing line, a knock zone defined between the fixing orifice and the groove and configured to making noises when the knock zone touches the head of the body, and a hollow accommodate chamber located adjacent to the groove and formed in a capsule shape to accommodate multiple steel balls.

The underwater fish-luring device is configured for use in attracting fish by mimicking a sound that lobsters naturally produce. The underwater fish-luring device is an acoustic device. The underwater fish-luring device generates acoustic energy that can be detected underwater. The frequency profile of the generated acoustic energy attracts the lobster towards the underwater fish-luring device. The underwater fish-luring device comprises a plurality of levers, a torsion spring, and an acoustic generator. The torsion spring and the acoustic generator attach to the plurality of levers.

A fishing lure apparatus designed to attract fish to the fishing pole. The lure apparatus is comprised of a lure body and a plurality of fins. The fins are angled away from the lure body in opposing orientation. The body has an attachment loop at the top of the lower body to secure the lure apparatus to a swivel device, furthermore, connecting it to a lure frame, which is connected to a fishing pole via fishing line. The lower body is hollow, forming a plurality of hollow cavities. Contained within the cavities are metal spheres. As the lure is pulled through the water, the base rotates, due to water resistance against the opposing tailfins. When the body is rotating, the internal ridges extending inward, tumble and deflect the spheres, causing them to ricochet against the rigid internal walls of the lower body, creating a continuous rattling sound.

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.