A fishing weight attachment device is formed by a wire frame and includes a mounting coil and a locking element. The mounting coil is formed of a plurality of spaced loops. The locking element is formed by a pair of loops in the wire frame, wherein the fishing line may be frictionally engaged between the pair of loops so that the wire frame does not slide along the fishing line. A pliable sleeve is positioned around the wire frame extending over the pair of loops of the wire frame, such that the fishing line may be frictionally engaged between the pair of loops so that the wire frame does not slide along the fishing line, and such that the pliable sleeve protects the fishing line from being damaged by being pinched by the pair of loops.

A reusable rock holder for use as a fishing sinker is disclosed. According to embodiments of the disclosure, instead of using a conventional fishing sinker in a fishing rig, the reusable rock holder can secure a rock or other object for use as a sinker. The reusable rock holder can secure rocks or objects having different or irregular shapes and/or sizes corresponding to materials naturally occurring in the environment. Furthermore, the reusable rock holder can release the rock or other object when snagged, allowing the fisherman to retrieve the rock holder and the rest of the fishing rig. The fisherman can then simply find another rock, secure it in the rock holder, and resume fishing. The availability of rocks at the fishing location can provide a zero-cost source of eco-friendly sinkers.

A reusable rock holder for use as a fishing sinker is disclosed. According to embodiments of the disclosure, instead of using a conventional fishing sinker in a fishing rig, the reusable rock holder can secure a rock or other object for use as a sinker. The reusable rock holder can secure rocks or objects having different or irregular shapes and/or sizes corresponding to materials naturally occurring in the environment. Furthermore, the reusable rock holder can release the rock or other object when snagged, allowing the fisherman to retrieve the rock holder and the rest of the fishing rig. The fisherman can then simply find another rock, secure it in the rock holder, and resume fishing. The availability of rocks at the fishing location can provide a zero-cost source of eco-friendly sinkers.

A weighted and holographic plastic spinner blade comprises a plastic elliptical-shaped spinner blade having a body formed in plastic injection molding and, integral to the body, a printed label on a first side of body and a weight at an aft end of body. An ink or foil is hot stamped at a second side of the body to create a holographic image that is visible through the body and printed label, forming visual fish attractant properties. Method of manufacture includes: providing an elliptical-shaped mold; positioning a partially transparent printed label on a first side of mold; positioning a weight member in an aft end of the mold; injecting a polymer composition into the mold to form body; hot stamping foil on second side of the body, the ink or foil forming a holographic image; the holographic image visible through the at least partially transparent printed label and body.

An adjustable depth fishing lure including a lip and a lure body is provided. The lip is partially received in a slot of the lure body and is movable to predetermined positions relative to the lure body. The lip may include an eyelet. The lip includes a locking member and the lure body includes a plurality of teeth. The locking member is configured to engage at least one of the teeth to fix the lip relative to the lure body at one of the predetermined positions. This engagement between the locking member and the teeth provides a rigid connection that resists loading applied to the lip by the fisherman pulling on the fishing line and/or a fish biting a hook connected to the lure body.

An adjustable depth fishing lure including a lip and a lure body is provided. The lip is partially received in a slot of the lure body and is movable to predetermined positions relative to the lure body. The lip may include an eyelet. The lip includes a locking member and the lure body includes a plurality of teeth. The locking member is configured to engage at least one of the teeth to fix the lip relative to the lure body at one of the predetermined positions. This engagement between the locking member and the teeth provides a rigid connection that resists loading applied to the lip by the fisherman pulling on the fishing line and/or a fish biting a hook connected to the lure body.

Some examples include a fishing lure including a tubular body extending between a trailing end and a leading end, the leading and trailing ends each include a pair of notches radially spaced from one another, and a fishhook coupled to the trailing end.

Some examples include a fishing lure including a tubular body extending between a trailing end and a leading end, the leading and trailing ends each include a pair of notches radially spaced from one another, and a fishhook coupled to the trailing end.

A fishing lure having a body including a nose, a tail, a topside and a bottom side comprises an eyelet to connect a fishing line, a sinker including a first sinker and a second sinker, the sinker being secured in a cavity in the bottom side near the nose, the weights of the first and the second sinkers being determined so that the lure sinks with a posture that the nose position is maintained in a lower position than a tail in water when the fishing line is at rest, and a lip attached on the topside of the body and between a gravity center of the lure and the tail at an angle formed by a center line of the body and a front surface of the lip, the angle being determined between substantially 60 and 135.

A fishing lure having a body including a nose, a tail, a topside and a bottom side comprises an eyelet to connect a fishing line, a sinker including a first sinker and a second sinker, the sinker being secured in a cavity in the bottom side near the nose, the weights of the first and the second sinkers being determined so that the lure sinks with a posture that the nose position is maintained in a lower position than a tail in water when the fishing line is at rest, and a lip attached on the topside of the body and between a gravity center of the lure and the tail at an angle formed by a center line of the body and a front surface of the lip, the angle being determined between substantially 60 and 135.