How tall is the average handball player

These differences are due to the smaller wing players between 6. Accordingly, the right foot is significant loaded more in wing players The percentage distribution in the forefoot and rear foot area of both feet remains unchanged like all other parameter the total force, maximum, covered area, ellipse large and small half axis , ellipse angle, ellipse area, length of the CoP. With regard to the left-right comparison of the parameters of postural control in the individual play positions Wilcoxon-Matched-Pairs test , the following significance can be noted:.

Goalkeeper : Goalkeeper show no differences in the left-right comparison of postural control. Wing player : The right foot is more heavily loaded This study was conducted to analyze the relationship between playing position, playing years, BMI or throwing arm and the upper body posture as well as the postural control in German handball players.

With regard to the constitutional parameters body height, weight and BMI in comparison to persons of the same age and sex from Germany [ 20 , 21 , 22 ], it can be seen that German handball players are on average minimally taller and heavier.

The variation range of the BMI of these three studies is approx. Furthermore, the comparison of the body sizes and the weight between the individual playing positions shows that only the wing players are below the average of all players 1. Consequently, the results of height and weight are identical to those of Povacos et al. Wing players are between 6. However, this cannot be proven in the trunk length, so that here only shorter lower extremities can be inferred in comparison to the other players.

In this context, however, it should also be noted that the players played in different leagues. It may also be possible that the height of the players may vary depending on their performance level. As an influencing factor, however, it must also be taken into account that a kind of natural selection is involved through the constitution.

Taller athletes have for instance a bigger chance to play handball at higher level. In addition to the assumption that this is due to more muscle mass in the shoulder girdle, this can also be connected with a protraction of the shoulder girdle.

However, this assumption should be analyzed in further studies. Available results show that high-intensity, professionally designed handball training in men, which begins in early childhood, does not cause muscular imbalances in the upper body posture or deviations in postural control.

Grabara [ 25 , 26 ] confirms that a two-year handball training does not cause asymmetries of posture in adolescents even in comparison to an aged-matched non-athlete control group.

In his opinion, despite asymmetric elements, handball training does not negatively affect the posture in the frontal and transverse planes [ 26 ]. However, how muscular training develops in people who did not start handball in childhood or who only play leisure time sports cannot be concluded from these findings.

Since there are no correlations between the BMI and the upper body posture and the postural control hypothesis 2 can be falsified. The same can be confirmed for the age factor. However, there is a negative correlation between the years of playing and the pelvis heights to the effect that the right pelvic heightening changes with increasing years of play towards a higher left pelvic heightening.

Furthermore, the length of the CoP decreases with increasing playing experience. A balanced weight distribution or rather a good balance is a coordination ability and desirable regarding to the necessity of efficient responses in constantly changing play situations.

In this context, the playing level and thus the number of weekly training sessions seems to have a more significant influence on the playing experience than the number of matches. The physiological mechanisms that may lead to the result that regular, intensive handball training shortens the length of the CoP should be further investigated. Based on these results, hypothesis 3 cannot be confirmed. A more asymmetric posture and weight distribution has not occurred with increasing years of playing.

Furthermore, the comparison of the left and right throwing arm reveals no significant differences in terms of upper body posture and postural control. Consequently, there is no evidence to support handiness related changes in the muscle development of the dorsal back muscles and the sensorimotor control of the balance regulation hypothesis 4. A further analysis with equivalent throwing arm distribution would provide further insights in this respect.

Although in handball different physiological demands for different playing positions are required and backcourt players or pivot players are taller and heavier as well as show higher intensities max. Here the cause should also be investigated in further analyses. Hypothesis 5 should therefore be confirmed. The playing positions show that pivot player, goalkeeper and backcourt player do not differ constitutionally body height, weight and BMI as well as with regard to their upper body posture and balance.

Only wing players are smaller and heavier. Since goalkeepers do not differ from pivot players or backcourt players, this can be traced back to the training, which is done the same way by all. Offensive and defence within a min, high-intense technical handball game with strength-related playing actions and high-intensity changes seems to presuppose this very requirement of a physical constitution, which is reflected above all in the body size and weight [ 1 , 2 ] but also presupposes symmetries of the upper body posture and balance distribution.

Whether the same results can be proven for basketball players, for example, according to their playing position, will have to be investigated in the future.

In this context, Oyama et al. Therefore, they emphasize the importance of accurately assessing pathologic changes in bilateral scapular positions and orientations after injury [ 28 ]. Sanchis-Moysi et al. The same applies to bone density in tennis players [ 30 ].

Such findings for handball players do not yet exist, but should definitely be researched in the context of current framework training plans.

The present study confirms the results of previous investigations with a lower number of test persons with regard to the constitutional differences of the players in the various play positions and with regard to a symmetrical upper body posture. The present data therefore confirm and complete the already existing data, because the upper body posture and the postural control have not been analyzed simultaneously on the same collective to date.

This verifies that the dynamic, variable sport of handball causes a balanced upper body posture of the athletes, which is also reflected in a balanced postural control. Thus, the present data could be used as reference values for upper body posture or postural control for active handball players.

Since the risk of injury in handball is very high, especially in the shoulder or lower extremity area, data of inactive handball players due to injury could be compared with the available data in the context of therapy induction or follow-up of sports rehabilitation.

It can be concluded that handball players on a professional level, due to the quality of the training, show neither asymmetries of the upper body posture nor of the load distribution postural control. The throwing arm and the corresponding muscular characteristics on this side do not seem to be a factor of influence either, since a handball throw requires a high degree of rapid strength, which does not require much muscle mass, since the throwing device is very light and a correspondingly rapid increase in strength is mainly due to inter- and intramuscular coordination mechanisms.

There are also no differences in playing experience. To maintain symmetric upper body statics and balanced postural control, regular and intensive handball training for men is recommended. Bojsen Michalsik L, Aagaard P.

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Download references. Ohlendorf, S. Salzer, R. Haensel, L. Maltry, F. Holzgreve, J. Lampe, E. You can also search for this author in PubMed Google Scholar. All authors have read and approved the final manuscript. Correspondence to D. All participants signed an informed consent to participate in advance, so the consent was written. Minors were excluded as participants of this study. Springer Nature remains neutral with regard to jurisdictional claims in published maps and institutional affiliations.

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Ohlendorf 1 na1 , S. Those who are looking for an answer to the question «How tall is the average handball player? Question from categories: kevin durant tallest nba. Yes they can! Height is not quite important for handball as much as it is for Volleyball or Basketball. For Handball, the player needs to be quick and agile, and have great balance.

But the height difference between handball and basketball or vo The two principal forms of team handball differ in number of players and dimensions of the field. The ball used in both is 58—60 cm about 23—24 inches in circumference and weighs — grams 15—17 ounces ; women and younger players use a smaller ball.

We've handpicked 25 related questions for you, similar to «How tall is the average handball player? Size is not as important for centerfielders, but a prototypical Division I centerfield recruit is generally between 5'9'' and 6'2'' while weighing between and pounds.

Physical Measurables: A 60 yard dash anywhere below 6. Read more. How tall is the average WNBA player? With an average height of 5 ft 7 in , the WTA has had a few exceptions of players with height of 6 ft or more.

On average, Players weighed lbs, this means you are 36 lbs lighter than average. Overall, there were 16 Players at your height of 6'0" who The average American male is 5 ft 9. Yet, in a player survey, the average player in the National Basketball Association NBA is listed at 6 ft 7 in 2. However, from the season onward, NBA teams are required to provide accurate height measurements without shoes. The difference between the tallest players pitchers and shortest players 2B is three inches which relatively seems like quite a bit.

However there are a few amateur players as well, mostly junior players that are also in college or studying. While this is the average salary, I think it's also important to look further behind these numbers.