Baseball Pitching Report
Name: Ely
Mechanics Grade: 40 of 80
October 19, 2026
Lower Half Mechanics: 3.5/5
Hip/Shoulder Separation: 3.5/5
Upper Body/Arm Action: 4/5
Balance & Posture: 3.5/5
Kinetic Chain Efficiency: 3/5
Pitching Evaluation:
Pitching Mechanics
Head Posture
Maintains a stable, centered head position directly over the belt buckle throughout the initial stance and leg lift phase.
Demonstrates focused eye tracking toward the target through ball release, showing only slight lateral head drift toward the glove side during maximum extension.
Leg Lift & Stride
Executes a repeatable, controlled knee lift to roughly belt height while remaining stacked over the rubber without premature forward drift.
Leads down the slope with the front hip, achieving a functional stride length that establishes a stable foundation toward home plate.
Balance & Foundation
Displays consistent center-of-mass control over the back rubber during the rocker step and gather.
Maintains a balanced posture through stride descent, keeping the pelvis level before rotational initiation.
Separation & Torque
Creates functional hip-to-shoulder separation as the pelvis initiates rotation into foot strike while the torso remains closed.
Shows a slight tendency for the lead shoulder to pull early into landing across multiple repetitions, marginally leaking torso torque.
Power Generation & Transfer:
Linear Drive
Generates solid linear drive from the rear leg down the mound slope into rotational energy transfer.
Lead-Leg Bracing
Lead leg exhibits slight knee flexion at landing before bracing, dampening the potential upward braking force transfer through the kinetic chain.
Landing & Release:
Landing
Lands on a stable, mostly flat front foot aligned on-line with home plate.
Arm Position and Release
Maintains the throwing elbow at shoulder height at landing with clean forearm layback and forward trunk flexion at release point.
Follow Through:
Arm Follow Through
Decelerates the throwing arm in a smooth, continuous diagonal arc across the torso without abrupt joint recoil.
Finishing Position
Trail leg releases smoothly off the rubber, bringing the body square into a solid, athletic fielding position.
Summary & Ratings:
Clean Arm Path and Cocked Positioning
Consistently matches the throwing elbow to shoulder height at foot plant, creating a safe, fluid arm swing with efficient layback into ball release.
Repeatable Tempo and Balance
Exhibits steady tempo from lift through stride, keeping head movement minimal and repeating delivery timing pitch to pitch.
Firm Lead-Leg Block
The front knee absorbs ground impact with soft flexion rather than extending firmly into landing, leaving residual energy in the lower half and reducing peak velocity transfer.
Lead Shoulder Containment
Occasional early opening of the front glove side allows the chest to open prematurely, pulling pitches slightly arm-side and elevating elbow valgus stress.
Mechanics Grade: 40 of 80
October 19, 2026
Ely, this is your starting point.
Ely, your arm path is clean. Work on firming up that lead leg block.
Lower Half Mechanics: 3.5/5
Good drive phase and stride length, but needs a more forceful and rigid lead-leg extension at foot plant to optimize ground reaction forces.
Hip/Shoulder Separation: 3.5/5
Adequate rotational delay between pelvis and chest, though holding the front shoulder closed a beat longer will maximize rotational torque.
Upper Body/Arm Action: 4/5
Smooth, fluid arm circle with optimal elbow positioning at foot plant and healthy deceleration post-release.
Balance & Posture: 3.5/5
Maintains good head quietness and spinal alignment through the gather, with only slight lateral torso drift at maximal intent.
Kinetic Chain Efficiency: 3/5
Functional proximal-to-distal sequencing from hip to hand, with primary power leakage occurring at the lead-leg block.
Corrective Drills:
Wall Drill Blocks
Train the lead leg to brace and extend aggressively upon foot plant, creating a firm kinetic block.
Step-Back Separation Throws
Improve hip-shoulder separation and prevent premature trunk rotation into landing.
Medicine Ball Deceleration Catches
Condition the posterior chain and lead hip to absorb high deceleration forces without collapsing.
Graded Pitching Mechanics Evaluation:
- Player: Ely
Overall mechanics grade: 40 of 80. Assessment scores are reported on a five-point scale. Individual observation grades are not provided.
Ely — Pitching Mechanics Evaluation
Mechanical Component | Sub-Component | Grade | Observation/Analysis |
|---|---|---|---|
Head Posture | Head position and tracking | — | Maintains a stable, centered head position directly over the belt buckle throughout the initial stance and leg lift phase. Demonstrates focused eye tracking toward the target through ball release, showing only slight lateral head drift toward the glove side during maximum extension. |
Leg Lift & Stride | First observation | — | Executes a repeatable, controlled knee lift to roughly belt height while remaining stacked over the rubber without premature forward drift. |
Leg Lift & Stride | Second observation | — | Leads down the slope with the front hip, achieving a functional stride length that establishes a stable foundation toward home plate. |
Balance & Foundation | First observation | — | Displays consistent center-of-mass control over the back rubber during the rocker step and gather. |
Balance & Foundation | Second observation | — | Maintains a balanced posture through stride descent, keeping the pelvis level before rotational initiation. |
Separation & Torque | First observation | — | Creates functional hip-to-shoulder separation as the pelvis initiates rotation into foot strike while the torso remains closed. |
Separation & Torque | Second observation | — | Shows a slight tendency for the lead shoulder to pull early into landing across multiple repetitions, marginally leaking torso torque. |
Power Generation & Transfer | First observation | — | Generates solid linear drive from the rear leg down the mound slope into rotational energy transfer. |
Power Generation & Transfer | Second observation | — | Lead leg exhibits slight knee flexion at landing before bracing, dampening the potential upward braking force transfer through the kinetic chain. |
Landing & Release | First observation | — | Lands on a stable, mostly flat front foot aligned on-line with home plate. |
Landing & Release | Second observation | — | Maintains the throwing elbow at shoulder height at landing with clean forearm layback and forward trunk flexion at release point. |
Follow Through | First observation | — | Decelerates the throwing arm in a smooth, continuous diagonal arc across the torso without abrupt joint recoil. |
Follow Through | Second observation | — | Trail leg releases smoothly off the rubber, bringing the body square into a solid, athletic fielding position. |
Mechanics Assessment Score
Lower Half Mechanics: 3.5/5
Good drive phase and stride length, but needs a more forceful and rigid lead-leg extension at foot plant to optimize ground reaction forces.
Hip/Shoulder Separation: 3.5/5
Adequate rotational delay between pelvis and chest, though holding the front shoulder closed a beat longer will maximize rotational torque.
Upper Body/Arm Action: 4/5
Smooth, fluid arm circle with optimal elbow positioning at foot plant and healthy deceleration post-release.
Balance & Posture: 3.5/5
Maintains good head quietness and spinal alignment through the gather, with only slight lateral torso drift at maximal intent.
Kinetic Chain Efficiency: 3/5
Functional proximal-to-distal sequencing from hip to hand, with primary power leakage occurring at the lead-leg block.
Clean Arm Path and Cocked Positioning
Consistently matches the throwing elbow to shoulder height at foot plant, creating a safe, fluid arm swing with efficient layback into ball release.
Repeatable Tempo and Balance
Exhibits steady tempo from lift through stride, keeping head movement minimal and repeating delivery timing pitch to pitch.
Firm Lead-Leg Block
The front knee absorbs ground impact with soft flexion rather than extending firmly into landing, leaving residual energy in the lower half and reducing peak velocity transfer.
Lead Shoulder Containment
Occasional early opening of the front glove side allows the chest to open prematurely, pulling pitches slightly arm-side and elevating elbow valgus stress.
Mechanics Grade: 40 of 80
Ely, your arm path is clean. Work on firming up that lead leg block.
