The objective of the study was to establish, by means of 2-D kinematic analysis, the correlation between selected kinematic parameters of the take-off of the jumpers and their performance from the aspect of the jump length on a sample of the best ski jumpers (first series n = 42; second series n = 30) participating in the final competition of the World Cup in Ski Flights at Planica in 1999 (K 180 m). Analysis of correlation and single-factor analysis of variance were used. A smaller number of statistically significant correlations between the defined kinematic variables and the jump length was determined. The differences in the vertical velocity of the take-off on the edge of the take-off platform confirmed a tendency towards positive corre...
The jumping hill construction is one of the major external factors which influence the ski-jump. The...
The purpose of the research study was to establish in a sample of elite Slovene ski jumpers (N 67) a...
Ski jumping can be divided into three separate phases for biomechanical analysis: inrun, take-off an...
The purpose of this research was to evaluate selected biomechanical parameters and find the level of...
The purpose of this study was to identify and quantify selected kinematic variables of the flight ph...
INTRODUCTION: The purpose of this study was to find the latent structure of the sample of ten manife...
Ski jumping is a unique sport discipline with a wide range of movements consisting of several follow...
The purpose of the study was to identify, describe, and quantify selected kinematic variables assoc...
The objective of this study has been to establish on a sample of the best ski jumpers (n=28) partici...
Introduction The Ski-jumper's take-off is the key phase in Ski-jumping. The difficulty lies in the t...
The objective of this study was to analyse selected kinematic parameters (time of flying, in-run vel...
The ski-jump is realized in a very variable external conditions influenced by differences in the jum...
The purpose of the study was to find the correlation between the morphologic-motor potential index o...
INTRODUCTION The stochastic models which are based on the results of biomechanical analyses of the s...
Competitive success in the sport of ski jumping is made possible through the optimal performance of...
The jumping hill construction is one of the major external factors which influence the ski-jump. The...
The purpose of the research study was to establish in a sample of elite Slovene ski jumpers (N 67) a...
Ski jumping can be divided into three separate phases for biomechanical analysis: inrun, take-off an...
The purpose of this research was to evaluate selected biomechanical parameters and find the level of...
The purpose of this study was to identify and quantify selected kinematic variables of the flight ph...
INTRODUCTION: The purpose of this study was to find the latent structure of the sample of ten manife...
Ski jumping is a unique sport discipline with a wide range of movements consisting of several follow...
The purpose of the study was to identify, describe, and quantify selected kinematic variables assoc...
The objective of this study has been to establish on a sample of the best ski jumpers (n=28) partici...
Introduction The Ski-jumper's take-off is the key phase in Ski-jumping. The difficulty lies in the t...
The objective of this study was to analyse selected kinematic parameters (time of flying, in-run vel...
The ski-jump is realized in a very variable external conditions influenced by differences in the jum...
The purpose of the study was to find the correlation between the morphologic-motor potential index o...
INTRODUCTION The stochastic models which are based on the results of biomechanical analyses of the s...
Competitive success in the sport of ski jumping is made possible through the optimal performance of...
The jumping hill construction is one of the major external factors which influence the ski-jump. The...
The purpose of the research study was to establish in a sample of elite Slovene ski jumpers (N 67) a...
Ski jumping can be divided into three separate phases for biomechanical analysis: inrun, take-off an...