Automatic hook-setting and fish alerting rod holder with adjustable sensitivity

A method for automatically setting a fishing hook using a biased rod holder, the method comprising:

• positioning a handle of a fishing rod within a pivotable rod-receiving member;
• engaging a latch to hold the pivotable rod-receiving member in a cocked position against a primary biasing force;
• adjusting a trigger sensitivity by applying a secondary force in a vector substantially perpendicular to a friction vector generated by the primary biasing force at a latch interface;
• and releasing the latch via a downward deflection of the fishing rod onto an actuator interface supported by the rod-receiving member.

An automatic hook-setting rod holder comprising:

• a base assembly;
• a rod-receiving member pivotally coupled to the base assembly;
• a primary biasing element urging the rod-receiving member toward a released position;
• and a trigger mechanism configured to releasably maintain the rod-receiving member in a cocked position, wherein the trigger mechanism comprises an actuator interface positioned to receive force from a fishing rod;
• wherein the rod-receiving member defines a longitudinal receiving cavity configured to support a handle of the fishing rod while constraining the handle against vertical disengagement during a hook-setting motion;
• wherein a longitudinal position of the fishing rod within the longitudinal receiving cavity establishes a moment arm between a center of gravity of the fishing rod and a fulcrum point of the rod-receiving member, such that a weight of the fishing rod produces torque about the fulcrum point;
• and wherein a sensitivity of the trigger mechanism is adjustable by altering the longitudinal position of the fishing rod relative to the actuator interface, thereby varying a distance between the center of gravity of the fishing rod and the fulcrum point to vary a torque applied to the actuator interface.