Protect Home Plate! How to Correctly Receive Throws and Block the Dish

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The most important job of the catcher, second only to receiving the pitch, is to protect home plate. While some leagues have specific rules regarding plays at the dish, there are universal principles that work well in any league, from eight year olds on up to the pros.

On any play where the ball is hit fairly, the cacther should immediately come up out of his crouch and move in fron of home plate. The mask should stay on; discourage the “macho” impulse to rip it off on every play, reserving this instead for popups and pitches that are not cleanly caught. Leaving the mask on gives protection in the event that you have a “bang-bang” play at the plate and a ball gets away.

The catcher should position himself relative to the location of the hit, using home plate as a reference. If the ball is hit to the left field side, he should line up using the third base corner of home plate as a guide. Likewise, if the ball is hit to the right field side, he should use the first base corner of the plate as a guide. The catcher should be no more than a foot or so in front of the plate in order to give himself the best position on a potential tag. In most leagues, it is illegal for the catcher to block the plate unless he actually has the ball in his possesion, though unwritten rules allow him to do so if the ball is actually in the air.

When blocking the plate, give the runner the back half of the plate. This gives the runner a clear target (which will reduce the number of collisions), and also the ilusion of a safe path to home.

Once the ball is caught, the catcher should take a quick step onto the third base line, making sure to square his knees toward third base. The knee is very resistant to damage from head on collisions, but likewise very succeptible to injury if struck from the side. It is imperitive that the catcher stay low – the runner will have the advantage of momentum, and the only way to counter this is for the catcher to have a lowe center of gravity. READ MORE