Very-heavy sled training for improving horizontal-force output in soccer players

(Schweres Zugschlittentraining zur Verbesserung der horizontalen Kraft von Fußballspielern)

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Background: Sprint running acceleration is a key feature of physical performance in team sports, and recent literature shows that the ability to generate large magnitudes of horizontal ground-reaction force and mechanical effectiveness of force application are paramount. The authors tested the hypothesis that very-heavy loaded sled sprint training would induce an improvement in horizontal-force production, via an increased effectiveness of application. Methods: Training-induced changes in sprint performance and mechanical outputs were computed using a field method based on velocity-time data, before and after an 8-wk protocol (16 sessions of 10- × 20-m sprints). Sixteen male amateur soccer players were assigned to either a very-heavy sled (80% body mass sled load) or a control group (unresisted sprints). Results: The main outcome of this pilot study is that very-heavy sled-resisted sprint training, using much greater loads than traditionally recommended, clearly increased maximal horizontal-force production compared with standard unloaded sprint training (effect size of 0.80 vs 0.20 for controls, unclear between-groups difference) and mechanical effectiveness (ie, more horizontally applied force; effect size of 0.95 vs -0.11, moderate between-groups difference). In addition, 5-m and 20-m sprint performance improvements were moderate and small for the very-heavy sled group and small and trivial for the control group, respectively. Practical Applications: This brief report highlights the usefulness of very-heavy sled (80% body mass) training, which may suggest value for practical improvement of mechanical effectiveness and maximal horizontal-force capabilities in soccer players and other team-sport athletes. Results: This study may encourage further research to confirm the usefulness of very-heavy sled in this context.
© Copyright 2017 International Journal of Sports Physiology and Performance. Alle Rechte vorbehalten.

Schlagworte: Fußball Training Trainingsmittel Schnelligkeit Beschleunigung Sprint
Notationen: Spielsportarten
Tagging: Zugschlitten
DOI: 10.1123/ijspp.2016-0444
Veröffentlicht in: International Journal of Sports Physiology and Performance
Veröffentlicht: 2017
Jahrgang: 12
Heft: 6
Seiten: 840-844
Dokumentenarten: Artikel
Infografik
Sprache: Englisch
Level: hoch