Abstract: A fishing lure consisting of an arched hollow body with an interior bait chamber is provided. The interior chamber is divided into a buoyancy chamber and a bait chamber. A number of small openings are formed in the outer body to enable scent and bait particles to be broadcast from bait stored within the bait chamber as the lure is passed through the water. Access to the bait chamber is further provided by either a hinged cover or by a hinged connection formed in the lure body between the buoyancy chamber and the bait chamber. Access to the bait chamber is restricted while the lure is being passed through the water as a result of the water flow positioning either the cover or the hinged lure body over the opening to the bait chamber. Once removed from the water, access to the bait chamber is readily obtained through movement of either the cover or the hinged lure body for re-supplying bait prior to supplemental use of the lure.

Abstract: A fishing lure consisting of an arched hollow body with an interior bait chamber is provided. The interior chamber is divided into a buoyancy chamber and a bait chamber. A number of small openings are formed in the outer body to enable scent and bait particles to be broadcast from bait stored within the bait chamber as the lure is passed through the water. Access to the bait chamber is further provided by either a hinged cover or by a hinged connection formed in the lure body between the buoyancy chamber and the bait chamber. Access to the bait chamber is restricted while the lure is being passed through the water as a result of the water flow positioning either the cover or the hinged lure body over the opening to the bait chamber. Once removed from the water, access to the bait chamber is readily obtained through movement of either the cover or the hinged lure body for re-supplying bait prior to supplemental use of the lure.