The Putting Chateau
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  • More
    • Home
    • About
    • Short Game Research
    • Putting Performance
    • Short Game
    • Sessions info/Pricing
    • Contact/Location
The Putting Chateau
  • Home
  • About
  • Short Game Research
  • Putting Performance
  • Short Game
  • Sessions info/Pricing
  • Contact/Location

Short-Game Research & Methodology

 The neuroscience, biomechanics, and precision skills that drive scoring inside 120 yards. 

Why the Short Game Is Fundamentally Different

Through years of collaboration with Marius Filmalter and insights from Professor Ernst Pöppel’s neuroscience research, we determined that the short game is controlled by a completely different motor system than the full swing.

Here’s the key:

**Full swings are ballistic.

Short-game shots are fine-motor controlled.**

And the difference comes from where in the brain each movement is processed.

How the Brain Controls Golf Movements

Ballistic vs. Fine Motor Skill Movements in Golf

Ballistic Movement (Full-Swing Mechanics)

  • Pre-planned in the motor cortex
    Full swings are initiated as a pre-programmed action.
  • Released by the basal ganglia
    Once selected, the movement is triggered and sent automatically.
  • No mid-swing adjustments
    The sequence runs to completion—fast, powerful, and not correctable once started.
  • Stable under pressure
    Because the brain runs this as an “open-loop” program, full-swing mechanics stay consistent even in high-stress situations.
  • Golf SEO terms: full swing mechanics, power swing, golf swing technique, consistent golf swing

Fine Motor Skill (Wedge Play, Chipping & Putting)

  • Planning (Prefrontal & Parietal Cortex)
    The brain plans a precise shot, integrating sensory and spatial information.
  • Initiation (Primary Motor Cortex – M1)
    Sends the first command down the corticospinal tract for controlled muscle activation.
  • Gating & Sequencing (Basal Ganglia)
    Selects the correct movement pattern and suppresses unwanted motion.
  • Coordination & Error Correction (Cerebellum)
    Compares intended vs. actual movement—critical for speed control, face angle, and tempo.
  • Relay (Thalamus)
    Combines refined signals from the basal ganglia and cerebellum.
  • Feedback Loop (Returned to Motor Cortex)
    Allows real-time adjustments throughout the stroke—distance control, loft, face rotation.

Choose Your Path to Better Scoring

Now that you know why the short game depends on precise, adjustable motor control, the next step is choosing the coaching path that best supports your goals and your game.

Master Your Putting Performance

Short-Game & Wedge Play (60–125 Yards)

Short-Game & Wedge Play (60–125 Yards)

 Build a reliable, tour-proven putting stroke using SAM PuttLab feedback, core-driven mechanics, and precision training inside 10 feet. 

VIEW PUTTING PROGRAM

Short-Game & Wedge Play (60–125 Yards)

Short-Game & Wedge Play (60–125 Yards)

Short-Game & Wedge Play (60–125 Yards)

 Develop distance control, launch, spin, and partial-swing consistency using Mevo+ data and video-guided technique refinement. 

VIEW SHORT-GAME TRAINING

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