Description
A long time ago in a bowling center far, far away The world of bowling entered a new level of ball reaction unrest. There were countless oil conditions which added to the complexity of the game. During this revolution very few centers of bowling chose to follow the path of slicker conditions, while the greatest number of centers chose the path of less volume and less length which created more overall friction. During that time frame, we elected to develop bowling orbs that cleared the front of the lane more easily to combat those higher friction conditions and higher friction lane surfaces to better serve the bowling republic. More recently, however, the cries for help have echoed loudly from all around the bowling galaxy. Those cries for help all requesting greater traction with asymmetrical power to combat and fend off those heavier and longer oil conditions. So, we enlisted the help of our R&D Troops to lead this mission to restore the peace against the oil rebellion. They wasted little time in tossing their research efforts into HYPERDRIVE to create what was needed for the masses in both the competitive and advanced levels of bowling games. In reviewing our current roster of asymmetric bowling orbs, our team of R&D troopers found that we were in fact in dire need of a more advanced propulsion block encapsulated in our MicroTrax coverstock traction system. It was determined during this intergalactic review process that the best block to insert into our A.I. Core technology was in fact the RST (Roto Star Tour) block design. The combination of this singular density asymmetric shape encapsulated inside of an A.I. Core created an ideal amount of accelerated spin and torque thus leading to greater propulsion, thus resulting in the name HYPERDRIVE being given to this beautiful galactic bowling orb. So, as you find yourself battling the sinister lane man at your local bowling establishment, may you find yourself at peace with the assistance of the HYPERDRIVE to combat and destroy those heavier and longer oil conditions.