A system comprising: a housing; a rotational ball seat section disposed within the housing, the rotational ball seat section comprising: a spring; a first internal sleeve; and an upper rotational ball seat comprising: a restricted position; and an open through bore position; a remote operated section disposed within the housing adjacent to the rotational ball seat section, the remote operated section comprising: a lower rotational ball valve disposed between second and third internal sleeves, wherein the lower rotational ball valve comprises: an open through bore position; and a closed position; a setting sleeve operatively connected to the lower rotational ball valve; and a plurality of shear pins that hold the first, second, and third internal sleeves in place until a shear event occurs, wherein, in a run-in-hole position, the upper rotational ball seat is in the restricted position, and the lower rotational ball valve is in the open through bore position, wherein a downhole force of the spring compresses the first internal sleeve, the second internal sleeve, and the third internal sleeve such that the first, second, and third internal sleeves sandwich the upper rotational ball seat and the lower rotational ball valve in compression until the shear event occurs; and an electrical / hydraulic section that facilitates remote actuation of the remote operated section, wherein an inner diameter of the system is closed prior to the shear event to facilitate setting of hydraulic equipment, and wherein the shear event releases the downhole force of the spring, thereby pushing the first internal sleeve, the second internal sleeve, the third internal sleeve, the upper rotational ball seat, and the lower rotational ball valve downhole, which rotates the upper rotational ball seat and the lower rotational ball valve into the open through bore positions, thereby opening the inner diameter of the system. a housing; a rotational ball seat section disposed within the housing, the rotational ball seat section comprising: a spring; a first internal sleeve; and an upper rotational ball seat comprising: a restricted position; and an open through bore position; a spring; a first internal sleeve; and an upper rotational ball seat comprising: a restricted position; and an open through bore position; a remote operated section disposed within the housing adjacent to the rotational ball seat section, the remote operated section comprising: a lower rotational ball valve disposed between second and third internal sleeves, wherein the lower rotational ball valve comprises: an open through bore position; and a closed position; a setting sleeve operatively connected to the lower rotational ball valve; and a plurality of shear pins that hold the first, second, and third internal sleeves in place until a shear event occurs, a lower rotational ball valve disposed between second and third internal sleeves, wherein the lower rotational ball valve comprises: an open through bore position; and a closed position; a setting sleeve operatively connected to the lower rotational ball valve; and a plurality of shear pins that hold the first, second, and third internal sleeves in place until a shear event occurs, wherein, in a run-in-hole position, the upper rotational ball seat is in the restricted position, and the lower rotational ball valve is in the open through bore position, wherein a downhole force of the spring compresses the first internal sleeve, the second internal sleeve, and the third internal sleeve such that the first, second, and third internal sleeves sandwich the upper rotational ball seat and the lower rotational ball valve in compression until the shear event occurs; and an electrical / hydraulic section that facilitates remote actuation of the remote operated section, wherein an inner diameter of the system is closed prior to the shear event to facilitate setting of hydraulic equipment, and wherein the shear event releases the downhole force of the spring, thereby pushing the first internal sleeve, the second internal sleeve, the third internal sleeve, the upper rotational ball seat, and the lower rotational ball valve downhole, which rotates the upper rotational ball seat and the lower rotational ball valve into the open through bore positions, thereby opening the inner diameter of the system.