The Expected Benefits of Torque Hitting

Paul Petricca lives in Arlington Heights, Illinois with his wife Tammy and his children Elaine, Sam and Rick. He has coached baseball and girl's softball for over 15 years and considers himself a student of the game. Paul enjoys teaching the fundamentals of hitting to baseball and softball players with the goal of helping them achieve a repeatable and powerful swing. Paul has published several baseball-related articles, including 'The Torque Hitting Technique' in 1996 that first described his unique approach to power generation without sacrificing consistency. [WebBall was pleased to be one of the earliest web sites to feature Paul's writings.] During the day, Paul is a Managing Director for Jones Lang LaSalle, a global real estate company based in Chicago. In his spare time Paul enjoys going to Cubs games with his family, fishing and working with the youth at his church. (Click to close.)
- Paul Petricca
Please read Webball commentary on first page before advancing to what makes the Petricca approach unique.
Consistently Level Swing
Due to the fact that the swing start and ends on the same level plane, there is a greater probability that the swing will stay level through the point of impact with the ball, especially if pressure is being maintained on the arm of the hitter. With the traditional baseball swing, the bat starts high and as it descends into the hitting zone the hitter loses a certain amount of control over the path of the swing . The result is often a downward chop or an uppercut as the body tries to adjust to the pitch without full control of the bat. Players who use The Torque have found that they hit more line drives and fewer fly balls. [Ed.Note: See comments on 'level' here.]
Increased Power
If bat pressure is maintained on the arm of the hitter , then it is virtually impossible for hitters to complete a swing without using their entire body to generate power. Even the smallest player on the field will enjoy a power surge that will mean more extra base hits.
Greater Bat Control
When the bat feels like it is attached to the hitter's body, hitters will be less likely to chase pitches out of the strike zone because their bodies won't physically let them. If a pitch is over the batters head, the only way to hit this pitch using The Torque is to release the pressure on the arm. However if the pressure is maintained, the hitter can easily lay off the pitch. The same logic also holds true for low pitches.
Breaking Ball Sucess
One of the most difficult things for hitters to do is hold the bat back after being fooled by a breaking ball or an off-speed pitch. With The Torque, if the hitter is fooled, only the hands may come through, but the barrel of the bat will not because it'll still be attached to the hitter's arm. The umpire cannot call a strike on the hitter. More importantly, because the barrel of the bat did not enter the hitting zone, the hitter still will have an opportunity to hit the ball hard.
That's it?
[Editor's Note: For all the fuss, you;d expect a more convoluted theory. Not required. It is the simplicity and clarity of the approach that might make it controversial. After all, when something is complicated, it's less likely to be tried. In this theory, Paul Petricca introduced us to something that is not only different, but easy to grasp - and therefore, if you so choose, pick apart.
We aks that you review similar works on rotational and linear approaches - inlcuding our Nose 2 Nose surveys, and such. Decide for yourself - based on your experience - not according to the hype pro or con.