Abstract: A boom truck bucket remote control assembly for emergency use to remotely control a bucket includes a first housing. The first housing is configured to couple proximate to a first manipulator that is operationally coupled to a truck bucket. A plurality of actuators, coupled to and positioned in the first housing, is configured to couple to the first manipulator. A first microprocessor and a receiver are coupled to and positioned in the first housing. The receiver is operationally coupled to the first microprocessor. The receiver is configured to receive wireless signals. A controller is configured to wirelessly signal the first microprocessor to motivate a respective actuator to override a second manipulator that is positioned in the bucket. The first microprocessor is positioned to motivate the plurality of actuators to compel the first manipulator to reposition the bucket independently of an occupant of the bucket.

Abstract: A boom truck bucket remote control assembly for emergency use to remotely control a bucket includes a first housing. The first housing is configured to couple proximate to a first manipulator that is operationally coupled to a truck bucket. A plurality of actuators, coupled to and positioned in the first housing, is configured to couple to the first manipulator. A first microprocessor and a receiver are coupled to and positioned in the first housing. The receiver is operationally coupled to the first microprocessor. The receiver is configured to receive wireless signals. A controller is configured to wirelessly signal the first microprocessor to motivate a respective actuator to override a second manipulator that is positioned in the bucket. The first microprocessor is positioned to motivate the plurality of actuators to compel the first manipulator to reposition the bucket independently of an occupant of the bucket.