Muscle contractions when kicking a ball

Muscle Fiber Contraction and Relaxation · Anatomy and

Which Muscles Do We Use For Kicking a Ball? - Fit Peopl

The most involved muscle group for kicking a ball, is the one in the upper part of your legs. It includes the quadriceps, hamstrings and glutes. However, you also need to exert force with your central muscles -this muscle group is known as your core- and includes your hips, the muscles in your feet and even your torso and shoulders The hip flexor muscles will dominate during the majority of the swing to the ball as they contract eccentrically to slow the leg's backswing and become concentric as the kick approaches the ball. Just before contact the extensor muscles will dictate the influence of the kick causing the hip and knee joint to slow or stop

The primary muscles in your lower leg used in kicking a football are on opposite sides of your tibia, or shin bone The most important means of ball progression is kicking and the drop punt is the standard kicking technique in most situations, due to a combination of accuracy, distance and speed of execution. Maximum voluntary contractions (MVC) for each muscle group were obtained prior to the kicking trials

Muscles and Joint Analysis of Soccer Ball Kic

the muscle contraction used in kicking a ball all comes from your mind. If you can focus and imagine yourself kicking a ball you will be able to do it. Once you have completed this you can then. Quadriceps and hip flexors are the main thing. combined action of driving your whole leg forward. Adductors (groin) are important for a soccer style kick also. loose hamstrings help because the.. While people often associate the core muscles with spinal flexion -- the action performed when doing a sit up, they are also responsible for many other actions. When kicking a soccer ball, your upper body needs to stay tight and rigid, and so your transverse abdominus and erector spinae muscles come into play antagonists, types of muscle contraction. Isotonic (concentric and eccentric) and Isometric. 3 to kick the ball Ball and Socket Joints are when a long bone fit into a cup shaped hole, allowing circumduction. The shoulder and hip joints are examples. Name two sports whereby a ball and socket joint is important Concentric muscle actions are responsible for moving *most* of the velocity in a throw, forward, from that initial leg drive to ball release. [*For you astute people—eccentric contractions do play a role in helping to create joint stiffness to aide the concentric process] Now remembereccentric contraction = arm health

Accordingly, what muscles are used when kicking a ball? Whether in soccer, in rugby or for football punts, kicking a ball primarily engages the muscles of the upper leg -- the quadriceps and hamstrings -- as well as the glutes The iliopsoas of the kicking hip flex as the leg moves forward to make contact with the ball. The predominantly engaged muscle group of the knee transfers from the hamstrings to the quadriceps as..

Before you actually kick the soccer ball, some muscles such as the gluteus maximus, the gastrocnemius, the biceps femoris, the semimembranosus, and the semitendinosus work to help pull the leg back, extend the hip, and flex the knee Having your muscles become sore after you've recently worked out is extremely common Kicking features proximal to distal Knee extensor muscles are key as the knee flexes and stores elastic energy . Plant . Plant Force and orientation of plant foot are crucial Plant should be about a foot's length away from the ball and directionally facing the targe When you dribble the ball, the muscles in your shoulder, elbow and wrist are particularly responsible for the pumping motion that pushes the ball to the ground. Your deltoids, triceps, biceps and..

The Muscles & Body Parts Needed to Kick a Football

  1. Pulling leg back at the hip before kicking a ball: Quadriceps: Extension of the knee (straightening the leg) Kicking a ball (execution and recovery phase) Hamstrings : Flexion of the knee (bending.
  2. Kicking a soccer ball By gretchen harken How everything works together The process in which you swing your leg back is known as swing-limb loading. Your hamstring and gluteus maximus pull the femur back into the ready position to kick. Your gastrocnemius pulls your ankle down t
  3. As contact is directed towards the centre of the ball, the ball is compressed and 15% of kinetic energy from the swinging leg is distributed on to the ball for an optimum outcome (Gainor & Pitrowski et al., 1978). The rest is dissipated by the eccentric activity of the hamstring muscle group to slow the limb down (Gainor & Pitrowski et al., 1978)
  4. The concentric portion of a movement occurs when the tension in the muscle increases and the muscle fibers shorten or contract, explains Wickham. The easiest example of a concentric movement is the bicep curl. Think about bringing the dumbbell from hip height up to your shoulder. Click to see full answer
  5. There are 2 main types of kicking techniques described in the literature, when kicking a ball in football; the instep kick and side-foot kick. Biomechanical studies have shown that the two kicks are very similar with only small difference in terms of pattern and magnitude of muscle activation (1)
  6. Heel strike kick leg > toe-off kick leg > maximal hip extension > maximal knee flexion > ball strike > toe velocity inflection. Phase: 1. Preparation > 2. Backswing > 3. Leg cocking > 4. Acceleration > 5. Follow-through. Figure 1 shows different phases and events that take part during the in-step kick in soccer. (adapted from Brophy, Backus.
  7. Or in other words, the leg muscles of kickers accelerate the speed of the leg much faster. Therefore when the foot meets the ball, the leg of the kicker is moving much faster than the leg of the lineman. That's why those with the strongest leg muscles don't necessarily kick the ball farther. This boils down to a simple physics equation

The hip flexors play a major role in kicking, whether it's a soccer ball or with other kicking responsibilities such as kicking field goals, kickoffs and punting in football. In Figure 1 below, an athlete is making his final preparation to kick a soccer ball Concentric contractions occur at the hip flexors as it abducts whilst externally rotating to achieve maximal angular velocity. This rapid shortening of the muscles induces the tendons of the knee to stretch and rapidly recoil, thus prompting the transferral of force through extension as the ankle is kept planter flexed prior to kicking the ball -Muscle extends e.g. kicking a ball. Isometric contractions-Means same distance, not moving-No changes in muscle length-No joint movement Reciprocal inhibition describes the process of muscles on one side of a joint relaxing to accommodate contraction on the other side of that joint. Origin. Where the muscle is attached to the stationary.

The type of contraction (isotonic - concentric or eccentric, isometric) The range of the muscle action (inner, middle, outer) Analysis of Sprinting. The running leg action occurs in a sagittal plane about a frontal axis and involves the hip, knee and ankle joints. The hip's bones are the femur and pelvic girdle, which form a ball and socket joint The Muscle & Body Parts Needed to Kick a Football. Kicking a football, whether you are referring to American football or soccer, requires the activation of several key muscle groups. These include the core, hips, thigh and lower legs. Learning which muscles are involved is important for perfecting your kicking. Eccentric vs Concentric Muscle Contraction. As a reminder and quite simple put, a concentric muscle contraction is where a muscle produces force whilst shortening - typically the lifting phase of an action. An eccentric muscle contraction is where a muscle produced force whilst lengthening - typically the lowering phase of an action

Analysis of movement-kicking a soccer ball. This listing must include the types of muscle contraction (isometric, eccentric, or concentric) for each of the muscles primarily involved and the specific movement or position maintained for each joint. Do not assume that upper (or lower) extremity activities such as throwing (or kicking) involve. What Muscles Are Used When Kicking a Ball?. Kicking is a critical skill in a range of sports and athletic activities. Soccer, American football and rugby require kicking as a part of routine game play, and activities such as martial arts rely on both offensive and defensive kicks during sparring. Proper engagement of. my 13 year old daughter was playing kick ball and another person ran into her. that persons elbow hit her left bicep muscle. she immediately has a bru? muscles used kicking ball. a soccer ball not stretching properly and i feel my inner thigh muscle so tight from my knee to my hip. i feel lil contraction lifting my knee toward my. Concentric muscle actions are seen anytime a muscle performs work such as walking on level ground, kicking a ball, or picking up a weight. An eccentric muscle contraction, on the other hand, is the stretching of a muscle in response to an opposing force on that muscle, in which the opposing force (weight being lifted) is greater than its.

Muscle contraction types and all or none law

The Muscular System is crucial when playing soccer. Four muscle areas are essential in order to rotate upper body, extend leg, and kick the ball: Quadriceps- Are a group of muscles found on the front of the leg.When kicking the ball, the knee is flexed and the hips are extended Although the development of muscle strength is not examined, the resultant increase of +4.9% to the kicking speed of ball may relate to the raise in strength and intramuscular coordination, which is the result of hypertrophy in stretched muscle group. The quadriceps and hip flexors muscles are responsible for accelerating the leg during the kick kicking leg muscle activation and ball velocity. The muscle activation of selected knee extensor and flexor muscles of 10 amateur soccer players were measured using electromyography during the performance of six maximal soccer kick types. The highest ball velocity was achieved by the instep kick (96.2 km/hr-1), followed b During an isometric contraction of the quadriceps muscle, the work done by the muscle is positive. False. During kicking a soccer ball, the foot exerts a force on the soccer ball that compresses the ball. The amount of force exerted by the ball on the foot after it has been compressed can be explained by which of the following equations

A muscle is only capable of pulling during a contraction. Muscles cannot push. Therefore some muscles work in twos, known as antagonistic pairs. Whilst one muscle contracts (pulls), the other muscle in the pair will relax. The muscle contracting is known as the agonist, whereas the muscle relaxing is known as the antagonist Several types of muscle contractions occur and they are defined by the changes in the length of the muscle during contraction. Isotonic Contractions. Isotonic contractions maintain constant tension in the muscle as the muscle changes length. This can occur only when a muscle's maximal force of contraction exceeds the total load on the muscle An important determinant of ball speed and kick distance is the velocity of the foot at impact with the ball. Kicking can be described as a skill involving proximal-to-distal muscle activation. Foot velocity is determined by a complex sequencing of hip flexor and knee extensor concentric contractions and also involves hip extensor and knee. Muscle contractions can be used to cause, control, or prevent joint movement or: Example: Kicking A Ball - Muscles primarily responsible for hip flexion and knee extension are agonists. The hamstrings are antagonistic and relax to allow the kick to occur. The preciseness of the kick depends on the involvement of many other muscles

  1. muscles provide the effort forces to move loads; load forces are often the weights of the body parts that are moved or forces needed to lift, push or pull things outside our bodies. Levers can also be used to magnify movement, for example, when kicking a ball, small contractions of leg muscles produce a much larger movement at the end of the leg
  2. al muscle spasm, also known as abdo
  3. As the plant foot strikes the ground adjacent to the ball, the kicking leg extends, while the knee flexes (Barfield, 1998). This is so elastic energy can be stored as the swinging limb passively stretches to allow a greater transfer of force to the ball during the downward phase of the kick, as shown in figure 8 (Barfield, 1998)
  4. The muscles of the arms and trunk also play an important role during running. They act to maintain balance and to counterbalance the rotation of the body when the pelvis rotates. 2. Kicking a ball There are many different types of kick in soccer, e.g. running kick, volley and push pass (Pronk, 1991)
  5. Isotonic contractions - these occur when a muscle contracts and changes length and there are two types: Isotonic concentric contraction - this involves the muscle shortening

Video: The muscle contraction used in kicking a ball? - Answer

Kicking A Soccer Ball: How do you kick a soccer ball? 1. Start by planting your non dominant foot next to the ball 2. Then bring your leg back to generate force 3. As you start to bring your leg forward, use your arms for balance 4. Once you make contact with the ball, follow through after the ball leaves your foot like a ballerina would land after a leap.. Examples of activities in which concentric muscle actions occur include walking on level ground, kicking a ball and picking up a weight. An eccentric muscle contraction, on the other hand, is the stretching of a muscle in response to an opposing force on that muscle, when the opposing force (weight being lifted) is greater than the muscle's. The purpose of this study was to examine muscle length and activation of the adductor longus while kicking a soccer ball. Three-dimensional joint positions and muscle activation were obtained from 15 National Collegiate Athletic Association (NCAA) Division 1 male soccer players during maximal effort kicks

What muscle contractions occur when kicking a football

Muscles Used in Kicking a Soccer Ball SportsRe

The main function of the quadriceps muscles is to straighten the knee. As rectus femoris originates above the hip on the pelvis, it can also independently bend the hip. Here are some examples of what activities rely on quadriceps femoris function. Kicking A Ball: Rectus femoris comes into play when there is a need for combined hip flexion and. While performing a concentric contraction, your muscle contracts because of a sliding filament mechanism. Most common contraction in the body. Eccentric- Muscle contracts and the distance becomes longer. e.g.- kicking a ball (hamstring muscle increases in length because of quadriceps muscle doing a movement) Fast muscles give you the unbeatable advantage in running, kicking, jumping, throwing, swinging a bat, tennis racket, or golf club and just about any other sports related skill. There is no substitute for blazing speed to turn your game around, ignite your team, discourage your opponent, or just have a great time

The Foundations of Arm Care: Eccentric Muscle Contractions

  1. Proprioceptive neuromuscular facilitation (PNF) is an approach to the therapeutic exercise that uses proprioceptive, cutaneous, and auditory input to produce functional improvement in motor output and can be vital element in the rehabilitation process of many injuries
  2. e if balance-perturbation training improves postural control and simultaneously.
  3. The adductor muscles insert in the pubic ramus of the pelvis and the action of these muscles is to bring the leg across the body such as in kicking a ball or the crossover action of skating. These muscle strains have been reported to be present in 10%- 28% of soccer and ice hockey players (Taylor)
  4. The muscles provide force to legs to kick a ball. A muscle produce force by shortening or elongating itself. In case of kicking the muscles undergo concentric contraction which shorten the muscle and hence generate the force. Now when a ball comes near to the leg, the player's leg muscles elongates as a response to the opposing force of the ball
  5. A STEM Module for Bioengineering Topics Muscle and Movement: Part I - Kicking a Soccer Ball. This learning module takes a look into the bioengineering world from the perspective of every day activities. The activity that this part of the module focuses is on kicking a soccer ball and the bones/joints, muscles and forces that are involved

4.2 Joint and Movement Type Mark Scheme Nov 2009 Q2b Distinguish between concentric and isometric muscle contractions. (2) Concentric: the muscle shortens / dynamic muscle movement; Isometric: it stays the same length / static muscle movement; May 2012 Q3b Determine the movements at the knee join in relation to joint action and muscle contraction when kicking a soccer ball Owen Keane. Pelvic avulsion injuries, Don't Forget the Bubbles, 2019. Available at: Ben, a 14-year-old competitive sprinter, limps into your emergency department complaining of sudden onset severe pain and a pop felt in his left hip shortly after the start of his National Athletics 100m Final The player utilizes different muscles and bones for each scenario of running and stationary kicks. For this paper, the analysis focuses on the primary anatomy of the kicking limb during a side-foot kick with a one-step preparation phase. Muscles and bones connected at the hip, knee, and ankle accelerate the kicking foot towards the soccer ball

For Mia to kick the ball with more force she must slightly stretch her muscle even farther (bringing her leg back even more). Please explain the physiology behind this slight stretch increasing the force of muscle contraction and thus allowing Mia to be one of the highest female goal scorers in the history of the sport their contractions. The muscles may also take part in reflex actions, such as a knee-jerk reaction. If you want to throw a netball or kick a soccer ball, your brain sends a message to the muscles concerned and the required physical action results. As skeletal muscle is responsible for human movement, this muscle type will be the focus of the. full-body model. The MVC data were collected before the kicking test in four muscles, and the procedures used from operations manual of ACB of EMG (Konrad,ZOO5).The data chosen to analyze was the data from the trial with the greatest ball velocity. The raw EMG was processed by band-pass (20500 Hz), full-wave retii and smoothing (root mean square Kicking a football is accomplished by: extension. A contraction in which the tension within the muscle remains the same but the length changes is called a(n) _____ contraction. isotonic: Which type of muscle does not have T-tubules? Smooth : Aerobic respiration: produces the maximum amount of energy available from each glucose molecule A kick is a skill in association football in which a player strikes the ball with his or her foot. Association football, more commonly referred to as football and also known as soccer, is a sport played world-wide, with up to 265 million people around the world participating on a yearly basis. Kicking is one of the most difficult skills to acquire in football

What type of movement is kicking a ball

  1. In sports like football where kicking is a regular activity, Thigh muscle strain is a common occurrence. core strength exercise should be done with the use of a Swiss Ball (below) along with resistance bands. In order to have an adequate supply of energy needed to perform muscle contractions, a player's diet must be high in.
  2. also significantly correlated with muscle contraction velocity (r = 0.77, p < 0.01). These results indicate that both physical qualities, i.e., relative isokinetic torque and muscle contraction velocity are significant variables related to soccer ball velocity which is considered to be an important factor of soccer kick performance
  3. Hip extension or pushing the hip forward is caused by contraction of the gluteal muscles, the muscles in the backside. Stand, tighten the bum muscles strongly and the hip on that side will push forward. It is an essential position in all kicking, especially of the support leg. It provides stability in any case but in this one keeps the foot low.
  4. The available data on percentage of muscle co-contraction indicates that a strong correlation exists between higher co-contraction and target dimensions for both forms of kicking execution and for all the selected muscles pairs. A mean (SD) correlation of 0.86 (0.03) for all muscles pair and for both kicking conditions can be reported
section 5, chapter 9: types of muscle contractions

A useful way of determining the different types of lever systems operating during a particular movement is to remember the following rhyme. For 1, 2, 3 think F, L, E This rhyme helps us to identify the middle component of each system. For a first-class lever, F is the middle component. For a second class lever, L is the middle component Our muscle system is the largest system in our body (40%-50% of our weight). This system includes your heart, which is a pump made of specialized cardiac muscle, and the smooth muscles in your guts, allowing food to move. But to make voluntary actions such as lifting a soldering iron or kicking a soccer ball, you use your skeletal muscles

The body comes to rest, and the muscle activity returns to a quiet state. If this phase is completed correctly, the thrower's body position is under control and balanced. Throwing a ball over-hand involves movement in all parts of the body. If the mechanics are performed properly, the ball can be thrown with great velocity and. sprinting and kicking a ball is the hamstring strain. Strain injuries often occur while the contracting muscle is lengthened, an eccentric contraction. Wehav e proposed that the microscopic damage to muscle fibres which routinely occurs after a period of unaccustomed eccentric exercise, can lead to a more severe strain injury. 2 Another example would be when kicking a ball. In the preparation stage, the quadriceps is contracting eccentrically and in the kicking phase, the hamstrings contract eccentrically. Isometric Contraction:This type of contraction is where the muscle neither flexed nor extend but is still under tension. An example would be a weightlifter lifting. Significant differences in knee alignment and muscle activation exist between men and women while kicking a soccer ball, according to a new study. Data reveal that males activate certain hip and. Aim. The article aims to explore the features of a ball kicking bioelectric activity of lower limbs muscles in students playing snow football. Materials and methods. 30 males aged 21-25 years old were examined (3-4-year students): the control group consisted of 15 people playing football; the main group included 15 people playing snow football

What Muscles Are Used When Kicking a Ball? Healthy Livin

Kicking performance and kick co-ordination. Biomechanical kicking success in football has been measured predominately by maximum ball velocity (Markovic et al, 2006) with Dorge et al (2002) stating it could be this speed that is particularly important when kicking towards goal 964 More On Isotonic & Isometric Contractions Isotonic contraction -2 Types: Concentric - muscle shortens & does work Picking up a weight, kicking a ball Eccentric - muscle contracts as it lengthens Calf muscle contraction when walking up long steep hill Knee flexion: Quadriceps muscles are stretched & contract simultaneousl This is the reason that muscle-tendon sprains usually occur during fast movements but are rare during strength training with slow and controlled muscle contractions in spite of lifting heavy weights. This knowledge is important when studying the phases of the football kick with high stretching velocities of the muscles and tendons and where the. There are two types of muscle contraction involved in producing movement: concentric contraction and eccentric contraction.Concentric contraction is the more familiar type, in which the muscle shortens and does work- picking up a book or kicking a ball.Eccentric contraction- occurs when a muscle generates force as it lengthens.The mechanism for this type of contraction is less understood, but.

Muscles Used to Kick a Soccer Ball by Sarah Ptac

In a concentric contraction, your muscle must generate more force than the weight you are lifting to move it upward against the pull of gravity. Lowering a weight back down involves an eccentric contraction. Eccentric contractions involve generating tension as your muscles lengthen Concentric contractions are movements that cause your muscles to shorten when generating force. In weight training, a bicep curl is an easy-to-recognize concentric movement. Learn concentric. Kicking biomechanics: Importance of balance. Kicking is a whole-body movement that is responsive to a wide range of constraints related to the task, the environment, and the athlete. Preliminary research also suggests that balance control in the support leg plays a key role in athletes' kicking performance. Kicking, a fundamental motor skill. This is because you engage various muscle groups in your body when you train with the heavy bag. Hence, you'll develop power, balance, coordination, and speed. When kicking the bags and pads, do it at 100% power, with the right technique, says Orono. You can also swing the bag and then kick it when it comes back to yo

What Muscles Contract During Basketball? Live Healthy

  1. kicking a ball Hip Flexors Front of the hip Flexes the hip, moves the hip upwards Lifting knees when sprinting Quadriceps Front of Upper Leg muscle contractions are those that result in movement e.g. running and jumping Isometric muscle contractions are when the muscle
  2. All muscle contractions are either isometric or isotonic. Example of muscle roles in kicking a ball. Muscles primarily responsible for _____are _____ Hamstrings are _____ Preciseness of the kick depends upon _____ The lower extremity route & subsequent angle at the point of contact (during the forward swing) depend upon a certain amount of.
  3. For example, when you want to move your leg to kick a ball, the CNS sends impulses along motor neurons to the muscles of the leg for them to contract and allow the kicking motion. Answer and.
  4. A 14 year old boy presented to the emergency department with a 10 day history of pain in his left hip. He reported that the pain had started after he kicked the ball during a soccer game. The pain was not particularly intense—he played until the end of the match—but it had persisted since then, tended to recede at rest, and reappeared during soccer training
  5. For example, in kicking, the muscles of the hip move the upper leg forward, the muscles of the front of the upper leg move the lower leg forward, and the muscles of the lower leg move the foot forward and upward with great speed. That allows you to kick the ball a good distance if you make good contact with the ball when you kick it
  6. e the difference in muscle activation pattern and co-contraction of the rectus and biceps femoris in flutter-kick swim
  7. The repair phase of muscle begins approximately 5-7 days after injury and can last up to 6 weeks [1, 8, 9].It is during this phase when more active therapies may begin to facilitate healing without risking the deleterious effects of immobility, including muscle atrophy, and excessive scar tissue formation [].It has been shown that early mobilization facilitates the healing process with.
Exercise 1 Concentric contraction 3 prevailing muscles ofMuscular contractions

Involuntary, voluntary and skeletal muscle - Muscular

Introduction. Muscle injury is the most common injury type in football.1-4 Quadriceps muscle strains frequently occur in sports that require repetitive kicking and sprinting efforts and are common in football in its different forms around the world.1, 5-7 The rectus femoris is the most commonly injured muscle of the quadriceps muscle.7-11 The mechanism of lower extremity muscle injuries. a) Agonist muscle . b) Antagonist Type of contraction performed by the agonist Kicking a football Knee a) b) Volleyball set Elbow a) b) Underarm softball pitch Shoulder a) b) Basketball free throw Wrist a) b) Movement example Joint Joint Action Type of joint a) Agonist muscle . b) Antagonist Type of contraction performed by the agonis

Kicking a soccer ball by Gretchen Harken - Prez

The buttock muscles help to stabilise the swimmer's body position and to maximise propulsion during the leg kick. Calf muscles (soleus and gastrocnemius) The calf muscles help the swimmer to maximise propulsion and to keep their legs and feet into a streamlined position (plantar flexion). Core (abdominal) muscles When performing a soccer kick the intricate part of the skill involves balancing on one foot while striking the ball with the opposite foot. From the waist up the body is primarily involved in maintaining balance. A more difficult soccer kicking skill would be to maintain speed instead of slowing down or stopping when kicking the ball Muscle drives the muscle-tendon-bone unit through contractions that alter its length, resulting in motion of the tendon and bone and thus the limb. At the microscopic level, cross-linking between actin and myosin filaments within sarcomeres residing in muscle fibers initiates a chain of forces resulting in fiber lengthening or shortening ( 11 ) There are two things that determine strength of contraction: 1) the rate of action potentials that occur in the nerve cell and its accompanying muscle fibers, and 2) the number of motor units recruited. The rate of action potentials is a code very similar to what you have seen in the cockroach leg. The more action potentials, the more. Soccer, American football and rugby require kicking as a part of routine game play, and activities such as martial arts rely on both offensive and defensive kicks during sparring. Muscles Used to Play Soccer. Keywords: biomechanics, rugby union, passing Introduction Passing the ball from the ground is a fundamental skill in the game of rugby, with approximately 45% of the 300 passes that occur.

Muscle Energy SystemsNotes Muscles

Soccer kicking is an activity of high incidence during a game. This means that the support leg of an average soccer player is loaded at least 20-25 times within in a 90-min period. Because kicking with an approach angle of 35- 45° results in a higher ball speed , its use in soccer has been recommended . Qualitative analysis indicates that. When striking/kicking a ball the bones used are the Ferra, Fibia and Tibia. The hip which is a ball and socket joint and the knee which is a hinge both work together to create the kicking action. Muscles that enable the contraction to occur are the Quad which contains the Vastus Latendia, Vastus Medias, Vastus imedas and the Rectus femoris This key point may provide information on kicking strategies whether the football player kicks the ball with a high level of flexibility or by using other strategies such as muscle power. We suggest that further studies should target these ideas to search for key points that can help identify a low risk, high performance kick