“” Push Swing: Training Point of Contact Deeper in the Zone

Push Swing: Training Point of Contact Deeper in the Zone

| Blog Article, Hitting
Reading Time: 6 minutes
Judd Uttermark

Written by JP Fasone – Hitting Trainer

As hitters move up in level, they have to clear a significant skill gap. Pitchers have better stuff. How do you prepare a high school hitter for SEC pitching?

When we talked to Ole Miss commit Judd Utermark about his spring season, we weren’t surprised when he told us he led the team in most offensive categories, including strikeouts. So, our goal for the summer was to raise his floor by improving his Smash Factor and lowering his strikeout rate.

During his assessment week, Judd posted:

  • Peak Exit Velocity of 102.4 mph 
  • Top eighth exit velocity just under triple digits at 99.7 mph
  • Average bat speed of 74.2 mph

Those numbers put him at or above our in-gym affiliate averages. We say that bat speed and top eighth exit velocity set a player’s ceiling. Judd’s ceiling was very high.


After going over his assessment week data, we found two areas that would help improve his strikeout rate and Smash Factor: 

  1. Deepening his point of contact
  2. Getting his torso more rotated at contact 
7/14/21 – Assessment Week

Moving Point of Contact Deeper in the Zone

Average Point of Contact (POC):

  • In-gym Affiliate Athletes: 22.6 inches from the back of the plate
  • Judd Utermark: 31.3 inches from the back of the plate

Judd was almost nine inches further in front.

Baseline Point of Contact Depth Chart 7/7/21 – 7/14/21

The further the ball travels, the more time the athlete has to decide whether to swing or not. If Judd could move his average POC back while maintaining his batted ball quality, he would have more time to recognize pitch type and location, improving his swing decisions and decreasing his strikeout rate.

Increase Torso Rotation at Contact

Average Torso Rotation at Contact:

  • In-gym Affiliate Athletes:  -15.9°
  • Judd Utermark: -29.9°

In our measurements, 0° is when the athlete faces the pitcher. Judd compensated by sliding his hands in front of his torso to create space for the barrel to turn; we refer to this as a “push pattern.”

7/8/21: First Week Mocap; Torso::Z shows torso angle where 0° is the athlete facing the pitcher

This push compensation forces Judd’s POC further out front and requires him to adjust his barrel late in the swing phase, affecting his Smash Factor.

What Did We Train?

We focused on adding coil during his load phase to address these two issues, giving him better control of his forward movement and creating a better bat path deeper in the zone.

Adding Coil During Load Phase

7/8/21: First Week Mocap; Torso::Z and Pelvis::Z shows the angle where 0° is the athlete facing the pitcher

During his baseline assessment, at his loaded position (the moment when the athlete’s center of mass begins moving toward the pitcher), Judd averaged:

  • -99.5° of pelvis rotation 
  • -96.9° of torso rotation

We utilized the Hook ‘Em drill, which puts the athlete in a coiled and hinged position to start, and the Step Back drill, where the athlete steps back into their load phase. These drills let the athlete feel what a loaded position with enough coil feels like (Hook ‘Em drill) and then what it takes to get into that position (Step Back).

11/22/21 (5 months later): Mocap RetestPelvis::Z shows the rotational velocity of the pelvis

During his retest, Judd averaged: 

  • -103° of pelvis rotation (+3.5)
  • -105° of torso rotation (+8.1)

Before, Judd had to be early to make contact so far in front; to make contact deeper, he would have to be able to wait back a little longer. Because adding more coil helped him better utilize the posterior chain, he could better control his forward move, which put him in a better position to rotate.

Improve Pelvis Deceleration

7/8/21: First Week Mocap; Torso::Z and Pelvis::Z shows the angle where 0° is the athlete facing the pitcher

Judd struggled to decelerate his pelvis, which can limit his ability to rotate his torso, leading to his under rotation at contact. During his baseline test, Judd decelerated his pelvis at an average rate of 1,445 degrees per second from peak speed to contact, which can be seen by the slope of the pelvis rotation graph.

Judd is a two-way athlete, so we thought we could leverage his pitching skills to help his hitting. We helped him make the connection between a lead leg block on the mound and using his lead leg to decelerate his pelvis when hitting. We used the Offset Closed drill with the goal of pulling the ball to limit the internal rotation of his lead hip, helping decelerate his pelvis and requiring more torso rotation at contact.

11/22/21 (5 months later): Mocap RetestPelvis::Z shows the rotational velocity of the pelvis
  • Baseline: 1,445 degrees per second
  • Retest: 2,160 degrees per second (+715)

As a result, his torso could rotate a little easier, increasing his average torso rotation at contact.

Point of Contact and Rotational Improvements

11/22/21 – Judd’s Last Week
Retest Point of Contact Depth Chart Comparison

By the time Judd left Driveline, he had lowered his average POC from 31.3 inches from the back of home plate to 25.4 inches, putting him much closer to our affiliate in-gym average of 22.6 inches.

11/22/21: Mocap Retest – Torso::Z shows torso angle where 0° is the athlete facing the pitcher

Judd also increased the amount of torso rotation at contact:

  • Baseline: -29.9°
  • Retest: -19.7° (+10.2)

This added torso rotation allowed him to sequence his upper half more efficiently and create a more consistent bat path.

Pelvis and Torso Rotational Kinetic Energy, which measures the energy produced by a body segment based on the velocity and mass

Average rotational kinetic energy:

  • Pelvis: 9.7 → 12.46 (+28%)
  • Torso: 20.96 → 33.94 (+61%)

Finally, putting all of it together, Judd saw substantial gains in his batted ball metrics, particularly in his hard-hit ball launch angle and average exit velocity.


Before and After

Looking at the two swings side by side, Judd’s load phase has become more dynamic, and his bat path is more rotational, entering the zone a lot deeper. The swing on the left looks linear, with a lot of movement toward the pitcher. Judd better turns his linear motion into rotational energy in the swing on the right.

Before coming to Driveline, Judd was a great high school hitter, and it would have been easy to stop there. Instead, he came to work every day this summer to close the skill gap as he looked forward to competing at Ole Miss. 

Live At-Bat: 104.2 mph/29°/432 ft

In his last session of live at-bats, he showed off the fruits of his hard work, hitting a 432-foot tank. And his point of contact… 27.2 inches from the back of home plate. A pull-side home run 4 inches deeper than his baseline average.


Want to close the gap between you and the next level? In-gym and remote options are both available.

  • Athlete Questionnaire: Fill out with this link
  • Email: support@drivelinebaseball.com
  • Phone: 425-523-4030

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