Rockin' Doc wrote: I can't recall the last time I have seen any youth baseball player (Tee Ball through college) use a wooden bat. The use of metal bats has taken over most of baseball outside of the professional ranks. I know that I never, in all my years of baseball, used a wooden bat after playing Tee ball. My first year of Little League (1970) was when I and every kid on our team converted to metal bats. Due to the proliferation of metal bats in youth baseball, I would imagine that the father of the youth grew up using metal bats, assuming that he played ball as a youth. Anyone that has used metal bats over the years, should be well aware of the fact that they have evolved and improved over the past 30-40 years. Improving their product to meet the demands of the purchasing public is what most companies strive to do. For that reason, it is difficult for me to think that a parent would have absolutely no idea of the risks inherent with playing baseball with metal bats and harder ball. I know that for every team my son played on through the years, I (or my wife) had to sign a consent form acknowledging the potential for injury that he may subject him to through his participation. If I'm not mistaken, my parents generally signed some type of release for me, way back in the dark ages. If these parents signed such a statement, then I don't see how they could possibly hold the league responsible for the tragic injury to their son. As for the bat manufacturers, I may be mistaken, but I thought it was common knowledge that metal bats alllow players to hit the ball much harder for a multitude of reasons. The harder (than wood) surface makes the ball seem to jump of the ball at increase velocity. They are much lighter than a wood bat of comparable size, which allows a player to swing quicker and generate greater bat speed. Basic physics (E=MC2)* tells us that greater bat speed will generate more energy and therefore a greater velocity on the ball being struck. The modern technology and engineering, the sweet spot of a metal bat is larger. It is virtually impossible to get jammed with an metal alloy bat. Even when hit near the handle, the ball can still carry a long way. Unless it can be shown that the bat manufacturer(s) improved their product to willfully make it potentially dangerous, then I personally fail to see how they can be held liable. Should the bat manufacturers have known that improving the bats would increase the potential risk of players of any age? I think common sense would make me think yes. Should parents realize that a metal bats allow players of any age to hit the ball harder and thereby increase the potential for injury? Again, common sense tells me yes. I'm not a lawyer, so do not profess to understand the law in such matters. However, as a former player and the parent of a former player, I fail to see how someone could claim that they were ignorant of the potential risks that sports in general and metal alloy bats in particular pose to participants. I sincerely feel for the young man and his family. I will lift them up in my prayers. If people here want to take up a collection and make a donation to provide for his medical care, I'll gladly donate without hesitation, but I personally fail to see how the bat manufacturer, the stor that sold the bat, or Little League baseball is any more responsible for this tragedy than the parents. *=I don't know how to make C squared. My coding skills aren't that advanced. can the sporting goods retailer be expected to establish criteria which define to what age groups they will sell certain equipment for which there are no existing regulations, yet willing customers? can the bat manufacturer be expected to establish criteria which define to which age groups they will allow certain equipment to be sold for which there are no existed regulations, yet willing customers? the greatest responsibility falls to the league which should be charged with the safety of its participants. the league (or government) should establish realistic injury criteria for its participants and establish specifications for its equipment which will, to the maximum extent practical, minimize those risks. but there's always going to be one kid too strong who hits a ball too well into the chest of a kid too weak, and then shit happens... also, e=mc^2 describes that if the baseball were to be annihilated and converted into pure energy, it would generate some 14,000,000,000,000,000 Joules, or ten megatons of TNT. KE= (1/2)*m*v^2 describes that the kinetic energy of a bat is equal to one half of its mass times its velocity squared. that doubling the velocity has the same effect on energy output as quadrupling the mass.