fencing lunge exercise


In consequence, fencers from the early stages of training, are taught to attack immediately after an opponent pause, or after successive forward and backward leg movement to hit explosively and precisely the opponent with a rule-conventional advantage (2). The lunge is one of the most basic and most common types offensive footwork. This trains simulation lunge squats while thrusting the arm forward. Verbal encouragement given from the examiners during each test helped fencers to perform maximally at each trial. Age Competitive Groups: The MANOVA revealed a significant multivariate effect for velocity (Wilks = 0.129, F = 2.112, p < 0.01, n2 = 0.060). Descriptive statistics for anthropometrics for male and female international and national fencers of different specializations (n = 130). Sinclair J, Bottoms L. Gender differences in the kinetics and lower extremity kinematics of the fencing lunge. The pe has a total length of 110cm, with a maximum weight of 770g (27 oz). All fencers were familiar with the specific fencing kinetic patterns and leg power measures, since they often performed these exercises for training purposes, as well as for monitoring training adaptations. Effect sizes were estimated by calculating partial eta squared (2) values. Recently, fencing performance lunge and step-lunge maximum velocity was calculated with the use of a new robotic system resistance device to explore the impact of leg asymmetries in fencing performance (Table 4) (6). Body mass was measured to the nearest 0.1 kg with an electronic scale (Seca Alpha 770). Up to our knowledge, different methods and tasks were used for this reason. Before data collection, a thorough description of the risks being involved were disclosed and informed consent was obtained from each participant. This is the first study that examined in depth different offensive leg movements in fencing. Ethical issues relating to scientific discovery in exercise science. The kinematic determinants of speed in the fencing lunge. Sixteen participants had considerable experience in international competition, while the remaining 103 had national-level experience. Significant effects among subjects were observed for lunge velocity (F = 11.98, p < 0.001, n2 = 0.116) and for step and lunge velocity (F = 11.36, p < 0.001, n2 = 0.102). official website and that any information you provide is encrypted An inadequate shoulder strength or coordination breaks this link and leads to a loss. All tests were performed twice, and the best result was recorded for further statistical processing. The sabre has a total length of 105cm (3.4 ft), with a maximum weight of 500g. Furthermore, elite fencers can reach their maximum velocity of the armed hand faster than legs, executing corrects forms of offensive kinetic by an initial extension of the armed hand, followed by the forward propulsion of the dominant leg (22). The purpose of a lunging drill is to learn to quickly recover from a thrust position to an on guard position -- it should feel light and recovery should be quick, notes the American Fencing Academy. By creating drills and exercises for yourself, you can continue to hone skills like sword control, footwork and lunging. Also, the sabre and foil competitions involve a higher number of complex kinetic patterns, requiring eccentric muscle leg contractions to change from one activity to another (offensive-defensive-offensive patterns) in the minimum amount of time, and reveals a different technical and tactical approach among disciplines (1, 19, 30). All rights reserved |, Principles of 21st Century Rotator Cuff Exercise, ShoulderSphere Smart Performance Tracker. A significant interaction was also observed between age competitive groups and level for step backwards step lunge velocity (F = 4.628, p < 0.05, n2 = 0.085) and between age competitive groups and weapon for step backwards step lunge velocity (F = 6.741, p < 0.001, n2 = 0.212). Ntai A, Zahou F, Paradisis G, Smirniotou A, Tsolakis C. Anthropometric parameters and leg power performance in fencing. Maximal isometric force and muscle cross-sectional area of the forearm in fencers. The results of the present study report significant between disciplines differences in the selected specific offensive kinetic patterns.

Significant effects among subjects were observed for step and lunge velocity (F = 6.706, p < 0.01, n2 = 0.118). All measurements were taken twice from the dominant side of each subject. Fencing is a cerebral sport that demands agility, speed, and strength. Thus, the present studys purposes are to 1) report velocity normative values in specific offensive kinetic patterns, 2) describe the relationship of velocity and power in specific offensive kinetic patterns to anthropometric measures, and 3) define the relationship of velocity and power in specific fencing offensive kinetic patterns to expertise and discipline. Turner A, Bishop G, Chavda S, Edwards M, Brazier J, Kilduff LP. Disciplines: Only one study has examined different and specific kinetic patterns between the disciplines of fencing. Stand in front of a mirror and slowly move into lunge position. More specifically, the time of lunge was previously measured by photocells placed at a lunge distance determined to fencers 2/3 leg length in adolescence fencers (24), while the different maximal velocity of the center of mass and body segments were measured after a displacement step-lunge test on a force plate in elite fencers with international experience (9). Always return to your on guard position no matter what the sequence. Keep your practice drills interesting so that your solo practices won't seem too dull as you sharpen your game. Moreover, step-lunge velocity was significantly correlated to LJ (r = 0.378, p < 0.001), SJ (r = 0.388, p < 0.001), CMJ (r = 0.395, p<0.001), DJ (r = 0.274, p<0.01), RSI (r = 0.254, p < 0.01). Fencers were instructed to avoid any strenuous exercise. government site. (23) showed a significant correlation between lunge time and body fat percentage, dominant and non-dominant thigh cross-sectional area, and performance in squat jump, countermovement jump, and the reactive strength index that revealed different dynamic requirements. This study was also carried out fully in accordance with the ethical standards of the International Journal of Exercise Science (15). An official website of the United States government. Fencing is first and foremost a combat sport, meaning that it takes two players in order to compete. It is common to all contemporary fencing styles. Training with the Coaching Rings demand focused intensity and amplifies workout load two to three fold. The characteristic motion of the modern lunge traces its ancestry to European swordplay of the 16th and 17th centuries. Guilhem G, Giroux CC, Chollet D, Rabita G. Mechanical and muscular coordination patterns during a high-level fencing assault. Age, sex, and discipline related differences. However, due to the different tactical characteristics among disciplines, which translated to different energetic contributions, the strength - power programs must be closely connected to the specific metabolic demands of each weapon (26). and transmitted securely. Leg dominance was defined concerning the armed hand (17). Gutierrez-Davila M, Rojas FJ, Antonio R, Navarro E. Response timing in the lunge and target change in elite versus medium-level fencers. Recently, kinematic analyses of fencing lunge identified a sequential activation of the elbow extensors of the dominant arm followed by the relative activation of the hip, knee, and ankle muscles that dictates the correct technique associated with fencing success (14, 29). This position using ShoulderSphere trains and strengthens the scapulothoracic dynamic stabilization of the shoulder joint at these end ranges of motion. Test-retest reliability for all the dependent variables measured in this investigation was determined in separate experiments by calculating the intraclass correlation coefficient (ICC) using a two-way mixed model. Pulling rubber bands or lifting dumbbells are directionally based linear movements that do not specifically train this shoulder compression effect. Most of the lunges executed at the end of a submaximal period of preparation actions aimed to land a winning hit to the opponent (22, 23). The lunge is executed by kicking forward with the front foot, and pushing the body forward with the back leg. The .gov means its official. National Library of Medicine Sabre and foil are both conventional weapons and have different time-motion characteristics comparing to epee (19). sharing sensitive information, make sure youre on a federal Moreover, typical fencing training was devoted to specific leg exercises and technical and tactical fencing issues at moderate to high intensity. The results of these studies dictate that specific gender strength training programs can be tailored to enhance physiological speed-strength abilities for males and females, as well as to protect specifically females from fencing-related injuries connected to training or competition in comparison to male fencers (21). To evaluate jumping and fencing performance, fencers followed a ten-minute typical warm-up, consisting of passive and dynamic stretching exercises, as well as three to five different preparatory plyometric jumps and sport-specific fencing drills (forward and backward steps, bounces, and lunges). The lunge is the fundamental footwork technique used with all three fencing weapons: foil, pe and sabre. Moreover, a performance analysis of international competitions identified that male sabre fencers were faster, performed more frequently in selected attacking variables, and significantly differ in the total brake time, time of direction change, and action/break ratio in comparison to female (1). Data is presented as mean and standard deviation. The present in-depth analysis of fencing performance suggested that, in contrast to the suggestions of Turner et al. (6) reported that peak lunge velocity was correlated to unilateral triple jump in young female fencers and concluded that fencing performance depends on the differential biomechanical and physiological parameters required during their competitive efforts. Hang a tennis ball at chest level from the ceiling. We also hypothesized that strong correlations between the velocity of the specific kinetic patterns and leg power would be obvious in this large group of fencers (4, 26), and anthropometric measures were expected to influence fencing performance (27). Hold your foil and parry toward the mirror and check your form again, noting anywhere that you could improve. Shoulder stability is achieved by co-contraction of all 4 of the rotator cuff muscles simultaneously asone functional unit. The final attack is a multifactorial issue and is an interactive result of linear anthropometric dimensions, the fighting distance, and the tactical choices decided between the two opponents (2). To remain competitive in fencing, the rotator cuff muscles must have the power and endurance to maintain shoulder stability and control throughout each bout. about navigating our updated article layout. An attack can be made with a lunge on its own, or can be made with a step-forward-lunge, which are both considered single tempo actions. This study aimed to identify any differences between gender, competition age categories, level, and discipline practiced in several specific fencing offensive kinetic patterns, and to examine the relationship of them with selected power and anthropometric measures in a large group of well-trained fencers. Lunge velocity (L), Step - lunge velocity (SL), Step backward step - lunge velocity (SBSL). A multivariate analysis of variance (MANOVA) revealed a significant velocity multivariate effect in age competitive categories (Wilks = 0.129, F = 2.112, p <0.01, n2 = 0.060) gender (Wilks = 0.103, F = 3.743, p < 0.05, n2 = 0.103), competition levels (Wilks = 0.863, F = 5.198, p <0.01, n2 = 0.137) and discipline practiced (Wilks = 0.239, F = 4.305, p < 0.001, n2 = 0.119) respectively. International fencers in the present study were faster in almost all specific offensive kinetic patterns, confirming a previous study that demonstrated significant differences in absolute and body mass-dependent expressions of leg functional power characteristics by measuring the time of lunge and the time of a fencing shuttle test. However, physiological data describing the association between anthropometric, strength - power abilities, and functional fencing performance (lunges and step and lunge) are relatively sparse. Disciplined use of 2-3 times per week will surely make your shoulder a strong link between your body and the tip of your weapon! Kontochristopoulos N, Bogdanis GC, Paradisis G, Tsolakis C. Effect of a supplementary periodized complex strength training and tapering period on postactivation potentiation of sport-specific explosive performance in adolescent national-level fencers. Retrieved from: Navalta JW, Stone WJ, Lyons TS. However, the evaluation of physiological parameters in an isolated condition in fencing are of low importance. This cross-sectional experimental study was designed to examine in-depth specific fencing offensive performance characteristics in a large group of fencers. During the bout, the arm is constantly raised. *Significant differences between international and national fencers, p < 0.001. A 30-second rest between trials was used, while the rest between two consecutive tests was approximately three minutes. Turner A, James N, Dimitriou L, Greenhalgh A, Moody J, Fulcher D, Mias E, Kilduff LP. 2Sports Excellence Centre, 1st Orthopedic Clinique, Medical School, Attikon Hospital, National and Kapodistrian University, Athens, GREECE, 1School of Physical Education and Sports Science, National and Kapodistrian University, Athens, GREECE. Maximum velocity of offensive patterns between international and national fencers. Sinclair J, Bottoms L. Gender differences in patellofemoral load during the epee fencing lunge. Continue to practice your sword control by standing a sword's length away from a doorknob or small object and drawing a circle around the shape. Correlations regressions: Significant correlations were observed between lunge velocity and LJ (r = 0.242, p < 0.01), SJ (r = 0.237, p <0.01), CMJ (r = 0.216, p < 0.05), DJ (r = 0.180, p < 0.05), RSI (r = 0.206, p < 0.05). The test-retest reliability for the lunge, step and lunge and the step backward step and lunge tests were estimated to be 0.94, 0.91, and 0.89, respectively (p < 0.001).

Each discipline uses a different kind of weapon, has its own set of rules, and particularly, a different valid target zone on the opponents body for scoring. The height of the Coaching Rings can be set at a lower level as seen in the first technique in the video. Post hoc velocity differences are presented in Table 2. Age competitive groups: Significant differences in the velocity of the offensive movements were observed across age competitive groups in the present study. You can help Wikipedia by expanding it. In that perception, lunge requires extremely high and well-coordinated motions decisive for combative tasks (4, 20). Work on your footwork by creating drill combos that string together a number of defensive positions and offensive returns at once. Posted on May 11, 2021 in Exercise Information. Tsolakis C, Kostaki E, Vagenas G. Anthropometric, flexibility, strength power, and sport-specific correlates in elite fencing. For example, Tsolakis et al. This study was conducted during the transitional training period and lasted two weeks (nine trainings/week). The velocity of the fencers body in the present study was found to be between the reported by others velocity values, adding to the literature supportive data to the already existed information. Gender: The MANOVA revealed a significant power multivariate effect (Wilks = 3.743, F = 2.112, p < 0.01, n2 = 0.103). 8600 Rockville Pike The 3 1/2 foot weapon is an extension of an approximately 2 foot (0.6 m) long arm, that weighs over one pound (500 g) in weight. Significant main effects were analyzed via an ANOVA and Bonferroni-adjusted post hoc tests to examine the differences within groups. The velocity values in the present study can offer adequate information concerning the selected offensive patterns for monitoring training procedures. All testing procedures for the squat jump (SJ), countermovement jump (CMJ), drop jump (DJ), and long jump (LG), utilized the derived indexes and values of the reliability coefficients of the respective tests that were previously reported (16). *Significant differences between male and female fencers, p < 0.001. Height was measured to the nearest 0.1 cm with a stadiometer (Seca 220). Level: The MANOVA revealed a significant velocity multivariate effect (Wilks = 0.863, F = 5.198, p < 0.01, n2 = 0.137). Fencing.net suggests doing each sequence for two minutes, with a rest of one minute between each sequence. (11) have used Kinovea sport analysis system to calculate lunge velocity as distance/time in similar to ours age group fencers. Although the shoulder is not as frequently injured as the knee, thigh, or ankle; the shoulder, however, is of paramount importance as the point of linkage between the forwardly moving attacking body and the tip of the striking weapon. The physical characteristics of the participants are shown in Table 1. She is a support worker in the neonatal intensive care and antepartum units of her local hospital and recently became a certified group fitness instructor. Margonato V, Roi GS, Cerizza C, Galbadino GL. Consequently, more future studies in simulated bouts or real competition conditions are needed to examine the velocity of identical kinetic patterns concerning the metabolic demands of fencing. Correlation analysis does not reveal any association between anthropometric measures and fencing performance. Different forms of strength training can be incorporated in the training schedules for elite fencing performance enhancement. Turner AN, Bishop C, Cree J, Edwards M, Chavda S, Read P, Kirby D. Do fencers require a weapon - specific approach to strength and conditioning training? All members of seven national fencing teams were measured for basic anthropometric parameters, leg power performance and velocity values for three specific kinetic offensive patterns during an International Fencing camp. The center of mass of this forwardly extended weapon is about 3 feet away from the rotator cuff muscle insertion point. Fencing is a highly technical sport that depends upon fencers ability to repeat offensive and defensive leg movements that require dynamical leg patterns, shorts bouts of high-intensity attacks, and long bouts of low-intensity preparatory actions and recovery periods (19). The best predictor step and lunge velocity was CMJ (R2 = 0.156) (Table 3). Improve your parries by reducing your ability to retreat. Also, two relevant studies found that there was not any relationship between anthropometric traits and fencing performance; an observation that was also evident in the current study (23, 25). Scholars of fence such as Egerton Castle attribute the first true lunging attack to Angelo Viggiani and his Lo Schermo of 1575 (the punta supramano, or "overhand thrust"). The results of the present study, as was expected showed that senior and junior fencers were faster in comparison to their cadet relative counterparts, men were faster than women and international fencers outperformed national fencers in the basic offensive movements studied. Level: Elite fencers have a greater capacity to discriminate stimulus in choice reaction tasks, a shorter reaction times (7), and seem to be faster in more complex experimental protocols (30).

Gender: Male fencers of the present study outperformed females in all selected specific offensive kinetic patterns. Then, practice a completely offensive sequence where you are unable to retreat. Furthermore, significant differences were observed in offensive movements in terms of discipline practiced between sabre fencers and foil in lunge velocity, between sabre and foil and foil and epee respectively in step lunge velocity, while sabre fencers were faster in comparison to foil and epee in the complex, multi-segmental movements such as step backward step and lunge pattern. Drakoulaki V, Kontochristopoulos N, Methenitis S, Simeonidis T, Cherouveim E, Koulouvaris P, Savvidou O, Tsolakis C. Bilateral Asymmetries in Male and Female Young Elite Fencers in Relation to Fencing Performance. The accompanying video demonstrates various methods using ShoulderSphere. Furthermore, several factors, such as age, gender, and skill level of participants, deserve attention, as it was identified that execution velocity is influential in the kinetic patterns of the most common fencing offensive movements. The https:// ensures that you are connecting to the The values of the reliability coefficients of each test were 0.96, 0.95, 0.90 and, 0.91 (p < 0.001), respectively. Participants with recent lower extremity injuries were excluded from the study. According to Richardson (18), 2 is classified as small (0.01 to 0.059), moderate (0.06 to 0.137), and large ( 0.138). Discipline: The MANOVA revealed a significant velocity multivariate effect (Wilks = 0.239, F = 4.305, p < 0.001, n2 = 0.119). Post hoc velocity differences for athletes level are presented in Figure 3. Moreover, using fencing performance as an index of fencers leg power would establish a useful fitness profile for the adequate programs design for each training level and discipline practiced. The lunging motion is one of the most important foundation moves in fencing.

But just because you don't have a partner doesn't mean you can't practice your form and footwork on your own. Accessibility Moreover, a stepwise multiple linear regression was used to identify the best predictors of lunge, step-lunge, and step backward - step-lunge velocity. Significant effects among subjects were observed for lunge power (F = 3.70, p < 0.05, n2 = 0.036) and for step and lunge power (F = 9.69, p < 0.01, n2 = 0.088). How Do You Make Your Body Bob & Weave Faster In Boxing. Offensive movements are powerful actions that a fencer aims to make a hit against the opponent on his initiation or immediately after a successful defensive action, executed correctly at the right moment (2). Age, gender, level of participants, and the choice of the weapon practiced, influenced fencing performance. Copyright 2022 Leaf Group Ltd. / Leaf Group Media, All Rights Reserved. (23) reported that the time of lunge was predicted by the drop jump and the armdriven countermovement jump. A regression analysis revealed that the best predictor of step lunge performance was CMJ, however, accounted only for 15% of the variability in the score leaving a substantial part for aerobic capacity, technique, tactics, and psychological contribution to the fencing performance. During this period, fencers engaged with exercises aimed to improve basic physical condition, that included, alternatively, circuit training, sprint, jumping plyometric drills, and recreational team games (volleyball, football, basketball). Fencing is characterized by repeated fast and highly controlled muscular contractions, especially by the extensor muscles of the legs, and this may cause significant increases in muscle mass and force, which in turn can enhance the speed of the offensive specific kinetic patterns in fencers participating in systematic training (13). However, they were advised to jog for 15 minutes in their personal easy pace and perform easy stretching exercises in the basic muscle groups for 15 minutes the day before, but did not participate in any training the day of the measures. Fine point to be attentive to the forward movement of the shoulder must terminate in full forward position with the scapula (shoulder blade) fully protracted this is the terminal posture of athletic events that require forward accelerating thrusting movements of the arm, such as in fencing or jabs in boxing. In the present study, fencers were asked to execute three different offensive kinetic patterns that are commonly presented in a fencing competition keeping the choice weapon without hitting a target. Maximum velocity of offensive patterns between different age competitive groups. Cronin J, McNair P, Marshall R. Lunge performance and its determinants. The Power Coaching Rings seen in these videos force the user to be precise with a focused target. Therefore, in a forwardly raised arm, the leverage effect of the weight of the arm is equivalent to a constant pull of body weight force by the rotator cuff muscles in order to maintain shoulder stability. Turner et al. The arm weighs approximately 10% of body weight with its center of mass located at a distance at about 10 times the distance of where the rotator cuff muscles insert on top of the shoulder. Williams LR, Walmsley A. More specifically, sabre fencers seem to be faster in almost all velocity tests. The velocity of the lunge is an identical measure of fencers explosive ability; however, practically it cannot be performed isolated during a fencing bout. The It was hypothesized that males would perform better than females, and older groups better than younger in measures of fencing velocity. (28), fencing coaches and strength trainers do need specific conditioning training, according to the players specialization. Response timing and muscular coordination in fencing: a comparison of elite and novice fencers. Chen TL-W, Wong DW-C, Wang Y, Ren S, Yan F, Zhang M. Biomechanics of fencing sport: A scoping review. Mulloy F, Mullineaux D, Irwin G. Use of the kinematic chain in the fencing attacking lunge. (25) and Kontochristopoulos et al. After completing the informed consent, the participants were measured for their height, body mass, arm span, and sitting height. Significant correlations were observed between lunge and step lunge velocity and long jump (LJ), countermovement jump (CMJ), drop jump (DJ), and reaction strength index (RSI). This finding can be explained by the competition characteristics of sabre, which consist of a large number of short duration (2.5 2.9 sec) and extremely high-intensity accelerations that are associated with the final attempt to touch the opponent and performing successive lunges that impact the neuromuscular system of the fencers body (1). All measurements were carried out twice on the dominant side. It can be used in combination with different blade work to deliver an offensive action such as an attack. Poulis I, Chatzis S, Christopoulou K, Tsolakis C. Isokinetic strength during knee flexion and extension in elite fencers. Place a block behind your back foot as a reminder that you can't step backward. The shoulder must bear the weight of both the raised arm plus an over 3 1/2 foot (1 meter) long weapon. Post hoc power differences for gender are presented in Figure 2. Different experienced trainers were used as examiners, after been previously trained in the testing procedures by University researchers. FOIA The study was approved by the local Institutional Review Board (School of Physical Education and Sports Science, National & Kapodistrian University of Athens), and all procedures were under the Code of Ethics of the World Medical Association (Helsinki declaration of 1964, as revised in 2013). HHS Vulnerability Disclosure, Help Or, another technique of just keeping the raised arm forward with sustained tight rotation using the small F2 for 2 minutes , or using the larger A7 for 30 seconds (the larger A7 being approximately six times more challenging to use than the smaller F2). Fencing is a precision sport that demand power and control from the shoulder. On the other hand, significant correlations were observed between strength power measures and fencing performance. Recently, the unilateral triple jumping performance was found to be correlated with the maximum step and lunge velocity in well -trained female fencers, confirming the specific role of each leg in leg fencing performance (6). A multivariate analysis of variance (MANOVA) was used to evaluate gender differences (male-female), age competitive categories (1417, 1820, >20 years old), competition levels (international national), and discipline (epee foil sabre) for fencing performance tests. This co-contraction creates the essential shoulder compressive force that keeps the shoulder joint centered and stable during any shoulder movement, in any direction, in any plane of motion. Each deliberate controlled move by the arm using ShoulderSphere takes about 5 seconds; therefore, a good training routine would be making 24 passes through the Coaching Rings for a time lapse of 2 minutes. Eta squared and partial eta squared as measures of effect sizes in educational research. If you don't find it challenging enough, replace the tennis ball with a smaller object, like a rubber or gold ball, and repeat. Body Mass Index (BMI) was calculated from body mass and height (kg/m2).

Before *Significant differences between cadet and senior (p < 0.05), Significant differences between cadet and juniors (p < 0.05).
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