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A fish landing net for landing heavy fish from an elevated location includes a flexible retaining hoop having a normal open position. A netting has an open end carried at the hoop periphery and a depending closed end providing an enclosure for securing and carrying the fish. A lifting rigging is att

A fish landing net for landing heavy fish from an elevated location includes a flexible retaining hoop having a normal open position. A netting has an open end carried at the hoop periphery and a depending closed end providing an enclosure for securing and carrying the fish. A lifting rigging is attached by three outwardly and downwardly extending rope sections to the hoop for raising and lowering said hoop member at the elevated location. The hoop has an initial prestressing establishing the open position and is locally anneals at the attachment sites for permitting inwardly deforming of the periphery under loading conditions of the fish in the netting thereby resulting in an inward constricting of the hoop opening during landing of the fish.

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A fish landing net for landing heavy fish from an elevated location includes a flexible retaining hoop having a normal open position. A netting has an open end carried at the hoop periphery and a depending closed end providing an enclosure for securing and carrying the fish. A lifting rigging is att

A fish landing net for landing heavy fish from an elevated location includes a flexible retaining hoop having a normal open position. A netting has an open end carried at the hoop periphery and a depending closed end providing an enclosure for securing and carrying the fish. A lifting rigging is attached by three outwardly and downwardly extending rope sections to the hoop for raising and lowering said hoop member at the elevated location. The hoop has an initial prestressing establishing the open position and is locally anneals at the attachment sites for permitting inwardly deforming of the periphery under loading conditions of the fish in the netting thereby resulting in an inward constricting of the hoop opening during landing of the fish. 1. A mounting assembly for mounting an accessory to a weapon frame having at least one slot formed in a side thereof, said mounting assembly comprising: a jaw including an engagement portion; a body having a pair of rails configured to accept said accessory, said body also having at least one opening configured to accept said engagement portion and said body having a biasing member slot formed therein; and a biasing member slidably disposed in said biasing member slot, said biasing member slidable between a first position and a second position, said biasing member in said first position being substantially within said biasing member slot to provide a biasing force against said jaw to force said engagement portion through said at least one opening in said body and into said slot to secure said mounting assembly to said weapon frame, said biasing member in said second position being substantially outside said biasing member slot to enable said engagement portion to release from said slot to thereby release said mounting assembly from said weapon frame. 2. The mounting assembly of claim 1, wherein said biasing member comprises a spring. 3. The mounting assembly of claim 2, wherein said spring has a finger configured to contact a portion of said body to prevent said spring from traveling out of said biasing member slot when said spring is in said second position. 4. The mounting assembly of claim 2, wherein said spring has an angled protrusion configured to mate with a notch in an end of said biasing member slot to lock said spring in said first position. 5. A method of securing a mounting assembly to a weapon frame, said method comprising the steps of: positioning a jaw of said mounting assembly in juxtaposition with an associated slot in a side of said weapon frame; providing a biasing member slot in juxtaposition with said jaw; sliding a biasing member into a first position substantially in said biasing member slot wherein said biasing member in said first position provides a biasing force against said jaw to force an engagement portion of said jaw through said slot in said side of said weapon frame to secure said mounting assembly to said weapon frame; and sliding said biasing member into a second position substantially out of said biasing member slot wherein said biasing member in said second position enables said engagement portion to release from said slot to thereby release said mounting assembly from said weapon frame. 6. The method of claim 5, wherein said biasing member comprises a spring.