Adjustable bobber system

Abstract

An adjustable bobber system for allowing adjustment of the buoyancy and for attaching to a fishing line without the use of a bead. The inventive device includes a hook member connected to a buoyant member. The hook member includes a body with an open end that receives the buoyant member, a jaw extending from the body with a slot within, and a slit extending into the jaw to the slot for receiving the fishing line below a stop knot. The buoyant member is preferably constructed of an elongated buoyant material, such as plastic foam, that is easily severed in any position by a cutting device. The user first ties the stop knot along the fishing line in the desired location. The user then simply engages the hook member upon the fishing line below the stop knot. If the user desires less remaining buoyancy, the user simply removes a portion of the buoyant member with a conventional cutting device, such as a scissors. A marker band is preferably adjustably positioned about the buoyant member for providing a visible mark upon the buoyant member that is a finite distance above the water level when the fishing lure and/or bait are attached. If the fish engages the bait and pulls the buoyant member downwardly, the marker band will become submerged informing the fisherman that a fish is present. Because the hook member remains in contact with the fishing line at all times beneath the water surface, there is not freezing of the fishing line to the hook member. In addition, any ice buildup upon the buoyant member can be easily removed by simply squeezing or bending the buoyant member without breaking or damaging the buoyant member.