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Sean Hambly — Baseball Hitting & Pitching Report

Baseball Hitting Report

Sean Hambly

  • Age17 yrs
  • Height6’0”
  • Weight175 lbs
  • Years of Playing12
  • Level of PlayLevel 7 (17-18u)
  • BatsRight
  • ThrowsRight
  • GenderMale
Drill Video Recap
AI Analysis Video

Strengths

Strength 1: Explosive hip rotation and core sequencing, which is the primary engine of his power.

Strength 2: Excellent head stability and posture, allowing for consistent visual tracking and balance throughout the swing.

Areas For Improvement

Improvement 1: Front side control: the front shoulder opens prematurely, which leaks power and limits plate coverage on outside pitches.

Improvement 2: Front leg stability: needs to create a firmer brace with the front leg at foot strike to better transfer rotational energy.

Hitting Mechanics Evaluation

Recommended Drills

Baseball Pitching Report

Sean Hambly

  • Age17 yrs
  • Height6’0”
  • Weight175 lbs
  • Years of Playing12
  • Level of PlayDeveloping
  • BatsRight
  • ThrowsRight
  • GenderMale
Drill Video Recap
AI Analysis Video

Strengths

Athletic Frame & Fluid Arm: The pitcher possesses a projectable, athletic frame for his age. His arm action is continuous and fluid, suggesting good arm speed potential if the body’s kinetic chain is optimized.

Controlled Tempo: He demonstrates a consistent and controlled tempo from the start of his motion to his leg lift, providing a stable foundation from which to build more efficient movement patterns.

Areas For Improvement

Lack of Hip-Shoulder Separation: The most critical area for improvement is the near-total lack of separation. The hips and shoulders rotate together, preventing the ‘stretch-shortening cycle’ that generates elite velocity. This forces the arm to do a disproportionate amount of the work.

Postural Instability (Head Pull): A severe lateral head tilt pulls the entire delivery offline. This negatively impacts balance, command, and the efficient transfer of force from the lower half to the upper half. This flaw is a primary cause of other downstream mechanical issues.

Inefficient Lower Half Engagement: The back leg and hip fail to drive forcefully toward the plate. Power generation is rotational rather than linear-to-rotational, initiated from the upper body instead of the ground up.

Pitching Mechanics Evaluation

Recommended Drills

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