A clevis body adapted to support one or a pair of spinner blades in combination on a filamentary support to produce a periodic cyclical counter rotation of the clevis and spinner blade assemblies when directed through water. A bore at a longitudinal core receives the filamentary support. At least one cross arm laterally radiates from the core and mounts to at least one spinner blade support arm that extends parallel to the core. One or a pair of spinner blades mounted to the longitudinal support arm(s) periodically and cyclically counter rotate the assembly about the filamentary support. The hydrodynamic movement of the clevis body and attached blades particularly induce the assembly to cyclically and periodically change back and forth between clockwise and counter-clockwise rotation directions.

A clevis body adapted to support one or a pair of spinner blades in combination on a filamentary support to produce a periodic cyclical counter rotation of the clevis and spinner blade assemblies when directed through water. A bore at a longitudinal core receives the filamentary support. At least one cross arm laterally radiates from the core and mounts to at least one spinner blade support arm that extends parallel to the core. One or a pair of spinner blades mounted to the longitudinal support arm(s) periodically and cyclically counter rotate the assembly about the filamentary support. The hydrodynamic movement of the clevis body and attached blades particularly induce the assembly to cyclically and periodically change back and forth between clockwise and counter-clockwise rotation directions.

A shaking in-line spinner fishing lure has a hook, a wire shaft, a shaker blade, a spinner blade, and at least one loop fastener. The hook is connected to a first wire end of the wire shaft, and the shaker blade is rotatably coupled to a second end of the wire shaft through the at least one loop fastener, which may include a split ring and a duo snap lock, with the duo snap lock being rotatably coupled between the shaker blade and the snap lock, which is rotatably coupled to the wire shaft. The duo snap lock constrains a leading face of the shaker blade to be oriented toward the wire shaft, producing a vigorous shaking motion while in use. A spinner blade rotatably coupled to an end of the shaker blade produces an additional spinning motion for attracting fish to bite.

A shaking in-line spinner fishing lure has a hook, a wire shaft, a shaker blade, a spinner blade, and at least one loop fastener. The hook is connected to a first wire end of the wire shaft, and the shaker blade is rotatably coupled to a second end of the wire shaft through the at least one loop fastener, which may include a split ring and a duo snap lock, with the duo snap lock being rotatably coupled between the shaker blade and the snap lock, which is rotatably coupled to the wire shaft. The duo snap lock constrains a leading face of the shaker blade to be oriented toward the wire shaft, producing a vigorous shaking motion while in use. A spinner blade rotatably coupled to an end of the shaker blade produces an additional spinning motion for attracting fish to bite.

A releasable attractor blade system is provided. One embodiment has an attractor blade defined by an aperture proximate to an edge of a leading blade portion, defined by a release slot proximate to an edge of a trailing blade portion of the attractor blade. A release system has a retainer at the first end of a cord that passes through the aperture and is configured to be frictionally retained outside of the aperture; a release hook at the second end of the cord that is inserted into the release slot of the attractor blade to releasably secure the releasable attractor blade system to the attractor blade release system; and an elastic portion secured between the first and second cord ends, wherein the release system holds the attractor blade in position along a longitudinal axis of the attractor blade during trolling so that the attractor blade attracts game fish.

A releasable attractor blade system is provided. One embodiment has an attractor blade defined by an aperture proximate to an edge of a leading blade portion, defined by a release slot proximate to an edge of a trailing blade portion of the attractor blade. A release system has a retainer at the first end of a cord that passes through the aperture and is configured to be frictionally retained outside of the aperture; a release hook at the second end of the cord that is inserted into the release slot of the attractor blade to releasably secure the releasable attractor blade system to the attractor blade release system; and an elastic portion secured between the first and second cord ends, wherein the release system holds the attractor blade in position along a longitudinal axis of the attractor blade during trolling so that the attractor blade attracts game fish.

Fishing lures that can mimic the movement of a fish or crustacean are described. The fishing lures can generate a vibrating action in water and can avoid snagging. In embodiments the fishing lures include a wire section, a blade section, and a main body section. The wire section that extends through one of a plurality of holes in the blade section to a side that faces the main body section. The wire section includes a bent portion, and the wire section extends from the bent portion through another of the plurality of holes of the blade section to the side that faces the main body section. When the fishing lure is pulled forward through water the blade section vibrates around the wire section.

A fishing lure furnishing is provided, comprising a fishing lure body having an elongate member extending therefrom, wherein the fishing lure body comprises a first side having a non-planar contoured body surface and opposite thereto a second side having a planar body surface, wherein the fishing lure body comprises one or more first apertures disposed at a bottom portion of the fishing lure body; and one or more sets of hooks removably coupled to the fishing lure body, wherein each set of hooks comprises a plurality of hook segments coupled to one another, wherein each hook segment is coupled at a first end adjacent one or more coupling mechanisms disposed within the one or more apertures and terminates at a second end in a hemispherical shape, wherein the one or more coupling mechanisms detach from the lure body or one or more sets of hooks when a threshold amount of force is applied to the one or more coupling mechanisms.

A blade body of a fishing lure comprises a first protruding side and a second protruding side, creating a gap, and a jig body connected to the blade body such that when the blade body and jig body are connected and pulled through water, the blade body moves in a side to side motion limited by contact between the jig body and the first and second protruding sides.

A blade body of a fishing lure comprises a first protruding side and a second protruding side, creating a gap, and a jig body connected to the blade body such that when the blade body and jig body are connected and pulled through water, the blade body moves in a side to side motion limited by contact between the jig body and the first and second protruding sides.