A line management system for an outrigger structure is provided for guiding outrigger cords through cord passages to maintain an independent longitudinal displacement in order to prevent entanglement. The system includes a plurality of outrigger cords, cord management units, and retention devices. The plurality of cord management units are coupled to the outrigger structure and are longitudinally spaced one from the other along the outrigger structure. Each of the cord management units defines a plurality of transversely offset cord passages respectively guiding predetermined ones of outrigger cords to maintain an independent longitudinal displacement relative to the outrigger structure.

A fish hook insertion assembly includes a fish hook that has a leader which is attached to the fish hook. A grapple is provided that has a shaft portion and a handle portion. The shaft portion has a pointed end and the shaft portion is elongated such that the shaft portion can be extended into a mouth of a bait fish thereby facilitating the pointed end to penetrate outwardly through the bait fish at a point located proximate an anus of the bait fish. A slot is integrated into the shaft portion and the slot engages the leader to pull the leader through the bait fish when the grapple is pulled outwardly from the mouth of the bait fish. In this way the fish hook can be pulled partially into the bait fish to facilitate the bait fish to be employed for fishing.

A fish hook insertion assembly includes a fish hook that has a leader which is attached to the fish hook. A grapple is provided that has a shaft portion and a handle portion. The shaft portion has a pointed end and the shaft portion is elongated such that the shaft portion can be extended into a mouth of a bait fish thereby facilitating the pointed end to penetrate outwardly through the bait fish at a point located proximate an anus of the bait fish. A slot is integrated into the shaft portion and the slot engages the leader to pull the leader through the bait fish when the grapple is pulled outwardly from the mouth of the bait fish. In this way the fish hook can be pulled partially into the bait fish to facilitate the bait fish to be employed for fishing.

A magnetic nipper is provided. The magnetic nipper has a pair of elongate arms with opposed first and second surfaces. The pair of elongate arms are hingedly connected to allow the pair of elongate arms to rotate about an axle. The first and second surfaces each contain at least one magnet have a polarity such that the magnets repel.

A bag to contain bait, which is to be used with a trotline, is disclosed. The bag comprises a continuous side wall which defines an interior region, a primary opening, a plurality of secondary openings, and a tertiary opening. The bag includes a slide fastener secured to the side wall and surrounding the tertiary opening. Also disclosed is a mechanism, to be used with a predetermined length of the trotline which has a plurality of such bags secured to the trotline at spaced-apart intervals.

A bag to contain bait, which is to be used with a trotline, is disclosed. The bag comprises a continuous side wall which defines an interior region, a primary opening, a plurality of secondary openings, and a tertiary opening. The bag includes a slide fastener secured to the side wall and surrounding the tertiary opening. Also disclosed is a mechanism, to be used with a predetermined length of the trotline which has a plurality of such bags secured to the trotline at spaced-apart intervals.

A trotline deployment apparatus for safely deploying a trotline from a watercraft, the trotline having a plurality of hooks each attached to the trotline via a trotter line and a swivel, comprising a trotline canister, and a support frame having an upper assembly and a base. The trotline canister has an interior space adapted to foldably store the trotline, an opening which allows the trotline to be pulled away from the interior space, and a guide slot which sequentially engages the swivels and prevents the trotline from becoming entangled. The trotline canister is detachably secured to the upper assembly via a retaining collar. A hook holder adapted to selectively enclose the hooks prevents unintentional contact with the hooks. The upper assembly further has one or more hook separator arms from which the hooks are suspended and separated to facilitate application of bait.

A trotline deployment apparatus for safely deploying a trotline from a watercraft, the trotline having a plurality of hooks each attached to the trotline via a trotter line and a swivel, comprising a trotline canister, and a support frame having an upper assembly and a base. The trotline canister has an interior space adapted to foldably store the trotline, an opening which allows the trotline to be pulled away from the interior space, and a guide slot which sequentially engages the swivels and prevents the trotline from becoming entangled. The trotline canister is detachably secured to the upper assembly via a retaining collar. A hook holder adapted to selectively enclose the hooks prevents unintentional contact with the hooks. The upper assembly further has one or more hook separator arms from which the hooks are suspended and separated to facilitate application of bait.

It is well known that light attracts fish at night, and that any artificial fishing light attractor is preferably submersible to avoid significant amounts of light being reflected off the surface of the water. Single-use glow sticks are known to be used as submersible fishing light attractors; however, these cannot be turned off, can be used only once, and are often of relatively low intensity. The present invention provides a powered light source with an intensity higher than conventional glow sticks that may be attached to fishing lines. To achieve this, the light source is configured such that, when the light source is placed at depth, external water pressure acts to increase sealing against ingress of water.

It is well known that light attracts fish at night, and that any artificial fishing light attractor is preferably submersible to avoid significant amounts of light being reflected off the surface of the water. Single-use glow sticks are known to be used as submersible fishing light attractors; however, these cannot be turned off, can be used only once, and are often of relatively low intensity. The present invention provides a powered light source with an intensity higher than conventional glow sticks that may be attached to fishing lines. To achieve this, the light source is configured such that, when the light source is placed at depth, external water pressure acts to increase sealing against ingress of water.