research about trampoline athletes

Research on Trampoline Athletes

Introduction

Trampoline gymnastics is a dynamic and highly coordinated sport that requires athletes to perform a series of acrobatic movements characterized by flight time and fall risk. This research aims to explore various aspects of trampoline athletes' training, performance, and physiological parameters, drawing on multiple studies to provide a comprehensive understanding of the factors influencing their success.

Training and Learning Processes

Elite trampoline athletes often engage in group training sessions where they utilize their teammates as learning resources. This collaborative environment can be described as apprenticeship learning, where athletes guide each other through verbal and tacit bodily exchanges. Such interactions allow athletes to act as performance analysts and sparring partners, enhancing their learning opportunities and performance.

Physiological and Physical Parameters

A pilot study investigating the effects of twelve weeks of trampoline exercise on male gymnasts revealed significant improvements in standing long jump, vertical jump, 20-meter sprint speed, and anaerobic power. However, no significant changes were observed in back strength performances. These findings suggest that trampoline exercise can enhance certain physical and physiological parameters, although more research is needed to confirm these results.

Performance Analysis

The analysis of elite trampolinists' problems in competition using retrospective interviews identified four main categories of issues: finding the best moment to begin the performance, maintaining the best mode of involvement, recovering normal sensory-motor capacity, and solving problems quickly while performing. Understanding these action-situation couplings is vital for a deeper comprehension of athletes' psychological activities during competitions.

Biomechanical and Technical Aspects

Research on the biomechanical dynamic model of motor actions of trampoline athletes highlights the importance of correct foot placement, accurate landing, and proper body weight distribution during jumps. These technical requirements are crucial for improving athletes' performance and can be used to develop more effective training methods.

Multidimensional Indicators

A study on Brazilian trampoline gymnasts evaluated various indicators, including anthropometric, physical-motor, maturational, and socio-environmental factors. The results showed significant differences in body size, composition, handgrip strength, jump performance, and sporting potential among different age categories. This multidimensional approach provides valuable insights into the characteristics and potential of trampoline athletes.

Scoring Components

Changes in international competition rules have introduced new scoring components such as "time of flight" and "horizontal displacement," which significantly impact the total score of athletes' performances. These components have become crucial factors in determining the final results of competitions, highlighting the evolving nature of trampoline gymnastics.

Conclusion

The research on trampoline athletes encompasses various aspects, from training and learning processes to physiological parameters and performance analysis. By understanding these factors, coaches and athletes can develop more effective training programs and strategies to enhance performance and achieve higher results in this dynamic sport.

References

Jumping together: apprenticeship learning among elite trampoline athletes.
Effects of mini trampoline exercise on male gymnasts' physiological parameters: a pilot study.
Situated analysis of elite trampolinists' problems in competition using retrospective interviews.
Study of biomechanical dynamic model of motor actions of trampoline athletes in the period of climbing height before the start of the competition program.
Multidimensional indicators of sporting potential of Brazilian trampoline gymnasts.
THE EFFECT OF SCORE COMPONENTS ON TOTAL SCORE OF ATHLETES AT THE WORLD AGE GROUP COMPETITIONS IN TRAMPOLINE GYMNASTICS.

Research about trampoline athletes

Summary

Research on Trampoline Athletes

Introduction

Training and Learning Processes

Physiological and Physical Parameters

Performance Analysis

Biomechanical and Technical Aspects

Multidimensional Indicators

Scoring Components

Conclusion

References

Sources and full results

Jumping together: apprenticeship learning among elite trampoline athletes

Elite trampoline athletes can guide each other through verbal and tacit bodily exchanges, fostering apprenticeship learning through performance analysis and sparring partners.

Effects of mini trampoline exercise on male gymnasts' physiological parameters: a pilot study.

Trampoline exercise significantly improved speed, jump, and anaerobic performances in male gymnasts, but did not significantly affect back strength.

Situated analysis of elite trampolinists' problems in competition using retrospective interviews

Elite trampolinists face four main categories of performance problems: finding the best moment to begin, maintaining involvement, recovering normal sensory-motor capacity, and solving problems quickly and definitively.

Elite Athletes' Differentiated Action in Trampolining: A Qualitative and Situated Analysis of Different Levels of Performance Using Retrospective Interviews

Elite trampolinists differentiate performance levels by increasing the number of meaningful actions, reducing waiting actions, and introducing new actions aimed at interacting with the situation.

Classification of trampoline jumps using inertial sensors

This paper presents a fully automated approach for capturing, segmenting, and classifying trampoline routines using inertial sensors, achieving reliable results across different athletes and motion categories.

Our Elite Trampoline Athletes in Action Technical Characteristics off

Elite trampoline athletes' off technique, influenced by joint angle, angle from central tendency, focus speed, pressure, and depth data, is crucial for improving their performance and technical quality.

Study of biomechanical dynamic model of motor actions of trampoline athletes in the period of climbing height before the start of the competition program

This study highlights the importance of biomechanics in training programs for athletes, particularly in trampoline, to improve technique and develop more effective training methods for young athletes.

Multidimensional indicators of sporting potential of Brazilian trampoline gymnasts

Brazilian trampoline gymnasts show significant differences in body size, somatotype, handgrip strength, countermovement jump, flexibility, and sporting potential based on age, with 30% showing high potential according to coaches' opinions.

THE EFFECT OF SCORE COMPONENTS ON TOTAL SCORE OF ATHLETES AT THE WORLD AGE GROUP COMPETITIONS IN TRAMPOLINE GYMNASTICS

Changes in international competition rules from 2011 to 2017 significantly impacted the structure of competitive activities for young athletes in trampoline gymnastics, with execution score and time of flight score being the most important components.

China's Best Trampoline Athletes Physical Characteristics of Completing Sets of Action Analysis and Evaluation of Research Standards

China's best trampoline athletes exhibit high-level fitness through a complex set of physical actions, highlighting the importance of action rate, difficulty, and speed in completing sets of actions.

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