Sensors· 2026Q1
An Exploratory Analysis of Postural Stability in Acrobatic Shoulder-Stand Pyramids Using Inertial Sensors: The Interplay of Top-Athlete’s Variations and Base-Athlete’s Stance Configurations
- 0citations
- Q1SCImago
- 2026year
Short summary
Acrobatic shoulder-stand pyramids are 37-48% less stable when supporting a heavier top-athlete (T2) compared to a lighter one (T1), with stability further decreasing as base-athletes widen their stance by 148.3% (tandem vs. parallel).
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