Steady, Aim, Fire! Optimized Instructions Enhance Performance and Reduce Intra-Trial Variability in a Shooting Task

Area of Science:

• Motor learning and control
• Sports psychology
• Human performance

Background:

• OPTIMAL theory integrates intrinsic motivation and attention to enhance learning and performance.
• Key components include enhanced expectancies, autonomy support, and external focus.
• Understanding these components' impact on fine motor tasks is crucial for performance optimization.

Purpose of the Study:

• To investigate the influence of OPTIMAL theory components on laser-pistol shooting performance.
• To examine the effects on shooting accuracy and movement variability (forearm sway).
• To determine if a sequential combination of OPTIMAL components enhances motor task execution.

Main Methods:

• A between-within-subject design with 36 participants randomized into control and optimized groups.
• The optimized group received sequential blocks of enhanced expectancies, autonomy support, and external focus.
• The control group performed under neutral conditions; forearm sway and shooting accuracy were measured.

Main Results:

• The optimized group demonstrated enhanced motor performance compared to the control group.
• Significant reductions in forearm sway prior to trigger pull were observed in the optimized group.
• These findings indicate improved movement effectiveness and efficiency in the optimized condition.

Conclusions:

• Implementing OPTIMAL theory components can significantly enhance fine motor task performance.
• Optimized instructions may lead to better attunement to task and environmental constraints.
• This study highlights the practical application of OPTIMAL theory in skill acquisition and performance.