Abstract: A fishing rod holder with automatic pull that operates unattended and automatically pulls when a force of predetermined magnitude is applied to the line. The holder includes a housing where an assembly for removably holding a fishing rod is pivotally mounted and movable between two extreme positions. The housing includes a stopper member cooperatively mounted outwardly to coact with the locking mechanism. A spring assembly biases the holder assembly towards the rearmost extreme position and a locking assembly for releasably holding the rod holder keeps the latter at the foremost extreme position. A trigger sensing the tension of the fishing line is automatically actuated by exceeding a predetermined tension magnitude causing it to pivot and transmit a rotational movement to an elongated member. The other end of the elongated member includes a spring biased retractable chamfered pin. The pin has a slanted termination and a flat termination.

Abstract: A fishing rod holder with automatic pull that operates unattended and automatically pulls when a force of predetermined magnitude is applied to the line. The holder includes a housing where an assembly for removably holding a fishing rod is pivotally mounted and movable between two extreme positions. The housing includes a stopper member cooperatively mounted outwardly to coact with the locking mechanism. A spring assembly biases the holder assembly towards the rearmost extreme position and a locking assembly for releasably holding the rod holder keeps the latter at the foremost extreme position. A trigger sensing the tension of the fishing line is automatically actuated by exceeding a predetermined tension magnitude causing it to pivot and transmit a rotational movement to an elongated member. The other end of the elongated member includes a spring biased retractable chamfered pin. The pin has a slanted termination and a flat termination.