Self-controlled feedback facilitates motor learning in both high and low activity individuals

Area of Science:

• Motor Learning
• Sports Science
• Skill Acquisition

Background:

• Self-controlled feedback is theorized to enhance motor skill learning compared to externally controlled feedback.
• Individual differences in physical activity levels may influence the effectiveness of feedback strategies.

Purpose of the Study:

• To investigate the differential effects of self-controlled feedback on motor skill performance and learning in high versus low physical activity individuals.
• To compare self-controlled feedback with yoked feedback in a motor skill task.

Main Methods:

• Participants were categorized as high activity (HA) or low activity (LA) using the International Physical Activity Questionnaire.
• Participants performed a blindfolded beanbag toss with their non-preferred arm under either self-controlled (SC) or yoked (YK) feedback conditions.
• Performance was assessed during acquisition and transfer phases, with a post-training questionnaire gathering feedback preferences.

Main Results:

• Self-controlled feedback led to greater accuracy than yoked feedback during both acquisition and transfer phases.
• High activity individuals demonstrated higher accuracy than low activity individuals across all experimental phases.
• Participants in the self-controlled group preferred feedback after perceived successful trials.

Conclusions:

• Self-controlled feedback is advantageous for learning motor skills, benefiting individuals across a spectrum of physical activity levels.
• The findings support the use of self-controlled feedback as a strategy to promote motor skill development, potentially increasing engagement in physical activity.
• Tailoring feedback control to learners may optimize motor skill acquisition and learning outcomes.