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In order to throw a proper Curveball, it is necessary to get "on top" of the ball and then spin it downwards. The grip is pretty simple: just put your index and middle fingers together and then place the middle finger alongside the Blitzball seam. You should get a good, tight grip on the seam with your middle finger so that you can really get some leverage on it.
When thrown, try to manipulate the pitch to come off of the thumb-side of your index finger – NOT your index- and middle-fingers, as with a two-seam fastball – because a two-finger release will cause the pitch to balance out, which reduces the spin that you are looking for. Most good slider pitchers grip the outer-third of the baseball and cock their wrist slightly, but not stiffly, to their throwing hand's thumb-side upon release of the pitch. This enables a pitcher to apply pressure to the outer-half of the ball with the index finger. Avoid any twisting of the wrist upon release.
Throw the Blitzball just as you would a regular fastball, but with your two fingers positioned about a half-inch to the outside and the ball should naturally roll off of your index finger to the side when you release it (kind of like throwing a football spiral). This Cutter is thrown just like a fastball with an off-center grip and requires no wrist snapping of any kind. Just make sure that the ball rolls off of the thumb side of your index finger as you release it and the ball should curve sideways a good 3-4 feet (away from a righty batter if you are a righty pitcher and vice-versa).
Why does a curveball curve? How does a pitcher throw a changeup with the same arm speed as a fastball? Baseball is filled with buzzwords that are often used imprecisely. In this series of articles, Mike Richmond explores the baseball’s motion as it travels through the air: How does it behave, and what can a pitcher do to control it? This article looks at the slider to see what causes its very distinctive break.
5. Release: Releasing a curveball is much different than releasing a fastball. A fastball release is straight out in front of your body. In effect, the way you release the ball is the type of action you want the pitch to have. When releasing a curveball, your wrist will be hooked and your hand will pull down in front of your body. It is important that you release the ball close to your body (Short Arm). The further you release from your body, the less resistance your middle finger will have on the seam and therefore your rotation will be looser. Loose rotation curveballs tend to spin or hang.
Does your son or daughter have slider spin when throwing a fastball? A common problem in youth baseball is not informing kids that slider spin on a fastball is not ideal for throw/pitch efficiency. How can you identify if your son or daughter has slider spin on the ball in their throws? First thing is knowing what you are looking for when you’re playing catch in the backyard. If your son or daughter is a righthanded thrower, the first good indicator of slider spin is YOU may be catching the ball on the right side of your body consistently pulling the throws across your body. A slider has a clockwise rotation and spins on an axis that faces to player indicated by the blue line in the gif below. When playing catch you will be able to identify slider spin by seeing a circle in the middle of the ball. For righty or lefty throwers a 4 seam fastball should have close to perfect vertical spin/12 o’clock to 6 o’clock spin. A 2-seam fastball’s axis, in comparison to a righty, points towards 11 o’clock. For young kids slider spin when throwing a 4 seam fastball is not horrible for them but can become a bad habit to break. Plus we want to have the correct spin on the ball, especially as a pitcher. In this article, we will identify slider spin, what causes it, and how we can help eliminate it from 4 seams and 2 seam fastballs.
Your wrist and forearm position with the slider at release is only slightly different than the curve. With your curveball grip your palm is facing you as you bring the ball out of your glove.: Throwing a slider is similar other than your palm facing you, it is slightly turned in. Using your fastball pitching mechanics with identical arm speed and arm slot, release the baseball in front of you.
[circle_list] [h5]Here are the big problems with most drills that teach “good arm action”[/h5] [list_item]Teaching the “L” – this works completely against developing fluid, efficient arm action. The “L” is a point in time. All pitchers should get to this position just before arm acceleration (or what I like to refer to as catapult & extend). But it’s just that – a point – and you pass right through it.[/list_item] [list_item]Starting from the “Power Position” or the “Power-T” (or whatever they’re calling it these days) does not teach good arm action. The act of throwing involves creating momentum and transferring that momentum out into the ball. When you start from a pre-set position, with your arm essentially where it would be mid-throw, you kill momentum and disrupt timing.[/list_item] [list_item]They teach “Thumbs to Your Thigh, Fingers to the Sky” … Catchy, but an awful teach. This is just not what good big league pitchers do, and is not the way to develop a fluid, efficient arm path. The problem is it teaches getting the arm up as the main objective, when really the focus should be on whipping the arm through and getting to a good fully extended release point.[/list_item] [/circle_list] [h5]So Say No to All Drills??[/h5]
In 2004 we developed the first evidence-based pitching program based on sports science research, instead of common coaching beliefs. Through this research we've also learned video analysis is still the best and most accurate way to assess pitching mechanics. We not only show pitchers at all levels their faults and the adjustments, but work with there style in order to improve their velocity and control, all while reducing their risk of arm injuries. The true difference about our coaching methods are simple, our clients will truly feel the difference and that's the only true way towards improvement and development.
Mostly the speed and amount of break. A curveball is thrown more slowly than a slider, and the amount of curve on its trajectory is more even. From the batter’s perspective it looks like the pitch is falling off a table. On the other hand, a slider is thrown almost as hard as a fastball. Its trajectory is much sharper than a curveball’s, its break becomes noticeable about 2/3 of the way towards the plate. To a batter it looks like a fastball, then suddenly breaks sharply.
I would recommend waiting until the player is 14 or 15 years old. If young players throw curveballs on a consistent basis at younger ages they can cause damage to their elbows and thus hinder the growth process. But it’s not only the fact that they are throwing curveballs at a young age, it’s the fact that they are throwing curveballs with improper mechanics that causes much of the damage. The key is to make sure they are throwing the curveball with proper pitching mechanics.
As a curveball flies through the air, the spin creates an imbalance of air pressure on either side of the ball. According to Bernoulli's principle, this imbalance of air pressure creates lift. When applied to a spinning object, the Magnus Effect holds that the force of lift generated will cause the spinning ball to move in the direction of lower pressure.
So, when their focus is on adding extension to the delivery and trying to “reach out”, trunk rotation suffers. Because the pitcher is focused on arm extension (the idea of “reaching out”), his body exaggerates that action and forgets that upon landing the trunk must begin rotation followed by flexion in order to maximize all transferred energy so the arm gains maximum velocity.
Later that summer, the kid would commit to Vanderbilt University, better known as “Pitching U’ because of the plethora of first-round draft picks they were pumping out under the tutelage of pitching coach, Derek Johnson. (Derek Johnson is a member of the BaseballThinkTank Advisory Board and author of the best selling book, “The Complete Guide To Pitching.”)
The downside risk makes some experts advise pitchers to avoid drills altogether. But I've seen them produce tremendous results in too many of my pitchers to discredit them. What athletes, parents and their coaches need is a way to navigate the landscape of pitching drills. The following will help you know what to look for so you can separate the good from the bad.
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Both partners will begin in a standing position, facing forward so athletes are side to side, each with one end of the KB Powerbands. The athlete performing the shoulder prevention exercises will put their hand or a towel high in their armpit, bring their elbow to their side, and make a 90 degree angle at the elbow. Holding the KB Powerbands athletes will maintain this position with their arm and begin to rotate just the bottom portion of their arm (forearm and hand) away from their body. It is important athletes do not let their elbow move away from their body. Keeping the elbow tight will allow athletes to experience the full benefits of the pitching drill. Athletes will move the hand away from their body at a normal speed while taking 4-5 seconds to control the resistance as the hand moves back toward the body.
The difference between a slider and curveball is that the curveball delivery includes a downward yank on the ball as it is released in addition to the lateral spin applied by the slider grip. The slider is released off the index finger, while the curveball is released off the middle finger. If the pitcher is snapping his wrist as he throws, and the movement is more downward than sideways, then he is probably throwing a curveball or slurve, and not a true "slider".
Next, place your middle finger along the bottom seam of the baseball and place your thumb on the back seam (as shown in the middle picture above). When this pitch is thrown, your thumb should rotate upward, and your middle finger should snap downward while your index finger points in the direction of your target. This, of course, is the reason this pitch is great for beginners: the ball goes where your index finger points. The beginners curveball helps to align your hand and ball to the target.
A pitcher's should stride at a minimum 80% his height towards home plate during his fastball delivery. On the curveball and change-up, his stride should be six to eight inches less than his height. For example, if a pitcher is 5 feet, 10 inches tall, then his stride toward home plate on the release of the baseball should be 5 feet, 2 inches (or thereabouts).