Peak Movement and Technical Demands of Professional Australian Football Competition

J Strength Cond Res XX(X): 000–000, 20-19 –the goal of this analysis was to determine the normal summit movement and technical requirements of professional Australian football (AF) across several period durations using an observational cohort layout. This information should have the ability to guide duration-specific intensities for training clinics. Micro-technology and technical performance statistics were recorded across 2-2 matches of the 2017 AF League season. The peak 1-, 3-, 5-, 7-, and also 10-minute rolling phases were ascertained from each game for each player for each frequency of skill involvements. Average rate (m·min−1) and touchscreen loading (PlayerLoad; PL·minutes −1) were used as measures of actual output, and any use of this football or handle was utilized as a technical participation. Linear mixed models and Cohen’s effect size (ES) statistic were used to determine the impact technological involvements had on movement profiles. There have been substantial reductions in ordinary speed across each course as the range of involvements that are technical increased, other than for the 10-minute span. The discounts at rate have been greatest throughout the 1-minute interval for 1 (ES = −0.59 ± 0.13), two (ES = −1.96 ± 0.17), and 3 (ES = −2.39 ± 0.27) involvements. Similarly, less conspicuous reductions were found for accelerometer load, apart from through the 7- and also – 10-minute spans at which there were small to moderate gains in loading for periods with technical involvements. Players might need to perform as many as 3 technical involvements a moment while covering 150–160 m·min−1. This advice provides accelerometer load the summit rate, and requirements of contest to coaches. There are discounts in movement anticipation as the variety of technological involvements increases.
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