Optimising technical skills and physical loading in small-sided basketball games.

Area of Science:

• Sports Science
• Basketball Performance Analysis
• Exercise Physiology

Background:

• Small-sided games (SSGs) are integral to basketball training.
• The specific physiological, physical, and technical demands of SSGs are not fully understood.
• Variations in player numbers, court size, and work-to-rest ratios likely influence game demands.

Purpose of the Study:

• To investigate the influence of player numbers (2v2 vs. 4v4), court size (half vs. full), and work-to-rest ratios on small-sided basketball game demands.
• To quantify the physiological, physical, and technical loads imposed by different SSG configurations.

Main Methods:

• A controlled trial involving 16 elite junior basketball players (aged 15-19 years).
• Eight variations of SSGs were completed in a randomized order over six weeks.
• Physiological load assessed via heart rate responses and rating of perceived exertion (RPE); movement patterns and technical elements analyzed through video analysis.

Main Results:

• 2v2 games showed significantly higher technical elements (~60% more), heart rate (86% max), RPE (8/10), sprints (36% more), and high-intensity shuffling (75% more) compared to 4v4 games.
• Half-court games resulted in approximately 20% more technical elements than full-court games.
• Full-court games required more jogging (9% more) compared to half-court games.

Conclusions:

• Reducing the number of players in small-sided basketball games substantially increases technical, physiological, and physical demands.
• The 2v2 format imposes greater physiological and physical stress, with higher technical execution, than the 4v4 format.
• Game configuration, particularly player number, is a critical factor in modulating the training load of small-sided basketball games.