A glide and leap system for fishing lure includes a floating lure, a channel, a first weight, and a compression spring. The floating lure includes a head section and a tail section as the head section and the tail section are oppositely positioned of each other about a transverse plane of the floating lure. The channel is internally integrated into the head section and concentrically positioned along a sagittal plane of the floating lure. The channel is angularly oriented from a frontal plane of the floating lure to the transverse plane at an acute angle. The compression spring is positioned within the channel and positioned adjacent to the transverse plane. The first weight is adjacently positioned to the compression spring and the frontal plane as the first weight is slidably positioned within the channel.

A lure comprises a bionic fish body and a fish tail, the bionic fish body and the fish tail are connected through connecting plates, the bionic fish body is composed of a first shell and a second shell that are connected to each other, a cavity is arranged inside the bionic fish body, several counterweight slots are evenly arranged on the bionic fish body close to the belly of the fish, counterweight blocks are placed in the counterweight slots; the imitated fish body is used to lure big fish to attack decisively, thereby making them bit the hook, so that the artificial bait fits the small fish to the greatest extent in terms of shape and sense, thereby increasing the success rate of catching big fish.

Embodiments relate generally to fishing lures, and more particularly to fishing lures that operate behind and to a side of a tip eye of a fishing rod to which they are connected by fishing line while being operated during trolling or being operated from a stream bank. Embodiments include submersible fishing lures and topwater fishing lures.

an animated fishing lure is, generally disclosed. The fishing lure includes a shape memory alloy (SMA) actuator system, a lure body and a controller. The shape memory alloy (SMA) actuator system is generally positioned within the lure body and includes a flexible non-compressive base and an actuator wire made of SMA located on either side of the base. Each actuator wire is connected to a controller. Inducing electrical current through the actuator wires generates heat and results in a contraction of the wire. The tension generated by wire contraction act on the flexible non-compressive base causing it to bend. By alternating electrical currents through each of the actuator wires the lure is alternatively bent from a right bent position to a left bent position repeatedly creating an oscillating motion.

A predatory fishing lure specifically designed to replicate a wounded baitfish by providing a specific bend in both the lure body and/or the tail wherein having the lure head and the fish head configured to secure together to form a cavity to accommodate a baitfish species and/or fish scent, bait chunks and/or other accessories. Moreover, having the second component of a baitfish body strap configured to engage with baitfish species lower body portion to firmly hold the body of the baitfish to the predatory fishing lure. In addition, the fishing leader is threaded through the lure nose, lure body and existing through the caudal fin allowing for the free movement of the lure to slide up the line once a fish is hooked, to not create a wedge or pivot point for the hook to be dislodged from the predatory fish's mouth. A further object is to provide a predatory fishing lure made of a hard polymeric plastic material includes a realistic lure head portion, with gills and realistic fish eyes an outer surface which may contain coloring or textures a caudal fin, dorsal fin, and an anal fin are allowed to protrude continuously in an integrated manner from the lure body and these fins may contain coloring or textures so as to give parallel linear irregularities.

A lure 1 includes a body 3, a support 5, and a weight 7. The body 3 includes a head 13a in its front portion and a tail 13b in its rear portion. The support 5 extends in the front-rear direction inside the body 3. The weight 7 is supported by the support 5 so as to be movable in the front-rear direction. At least part of the weight 7 is movable in a transverse direction that intersects with the front-rear direction.

A lure for fishing according to one embodiment of the present invention comprises a main body portion having a cavity therein; a weight provided in the cavity of the main body portion and movable in the cavity; and a hollow cover member provided in the cavity of the main body portion, covering the weight from an outer side, and capable of guiding the weight to an inner side, in which the cavity is partially or entirely visually recognizable from an outside, and one or a plurality of reflecting surfaces or reflectors capable of performing specular reflection of light from the outside is provided on an outer surface of the hollow cover member.

The disclosure provides various components for a fishing lure. These components include a Hard Bodied Ballast Oscillator (HBBO) which oscillates around various axes, an HBB with positive lift that rises during retrieval, and a hook for use in a rigid body which, while being fished, remains at least partially inside the body and reliably pointing upwards, and which, when the fish bites, is at least partially exposed. In some cases multiple components may be connected to each other via a stiff wire and designed to maintain, in the water, a particular orientation of the components relative to each other.

The invention relates to a fishing lure-fishing line connection system for connecting a fishing line to a fishing lure, wherein at least three eyelets are provided on a weight body. A hanging weight eyelet is provided for attaching a hanging weight, a fishing lure eyelet is provided for attaching a fishing lure, in particular in the form of an artificial lure, and a fishing line eyelet is provided for attaching a fishing line. The eyelets are stationary relative to one another. The hanging weight eyelets and the fishing lure eyelet are configured as open quick-release eyelets which are self-locking to prevent unintentional unhooking, and wherein the weight body is arranged between the fishing lure eyelet and the fishing line eyelet.

A fishing lure is described 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.