Let's Talk About The Real Issue!
Posted: Tue Oct 08, 2013 6:25 pm
When someone comes out with a new product, they test it before it reaches the market. That is they test the product that will be released to the public for a long period of time. A lot of stuff works the first few times, but after 100 times, or 1000 times, or even 10000 times, these things start to fail. You would like to be able to supply some kind of proven warning to go along with your product that lets the person who purchases it know how long it will be good for. This does not have to be an exact science, but most light bulb companies try to leave their light bulb on as long as they can to see how long it will actually last before advertising it as a 5 year bulb.
That being said, when an outside party makes a standard for what a product should be able to do, it is a scientific explanation of how it should behave. They are not even necessarily saying that this is possible, or that such a product even exist. If some company that made generalized standards saying that bullet proof vest must be able to resist 50 Cal rounds from 10 meters, but that product did not actually exist yet, the military would not say: All bullet proof vest must resist 50 Cal rounds by December 1. They would present the standard to the companies who make bullet proof vest and ask them to work hard to make it. These companies may then find a material that resist one 50 cal shot. They would then test this product under lots of different criteria, and once they determined without a shadow of a doubt that it was safer than the old models, they may then require everyone to adapt to this standard.
Why not just require everyone to adapt to the bullet proof vest that can resist one 50 Cal shot right after it is invented? Well what if that bullet proof vest can resist one 50 Cal shot but it is no good after that. What if it the old model can resist a spray of 30 Cal rounds and be good to go for more missions, while this new model can stop a larger round but is no good and leaves the soldier at more risk.
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This is what just happened at the NCAA with box collars.
There were several types of box collars on the market, all of a different variety of size and shape.
The ASTM Comes up with a standard for a box collar, standards for a box collar that had not been invented yet.
The NCAA adapted this standard into rule and said that everyone must have a product that meet the ASTM standard by December 1 OF THAT YEAR. (The official rule was released as defined on March 25, 2013. That is just over 8 months before the product had to be ready for competition.
Manufactures started making modifications to pre-existing products to try and make them ASTM compliant. That is, they changed the foam being used and made whatever modifications they may have made, as well as do testing to see if it meets their interpretation of ASTM standards, and as well as do all "long term" testing, all in less than a year.
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What does this mean? This means the NCAA required a product to be used during competition by December 1, 2013 that had yet to be invented. The manufacture then rushed into development a product that had not been fully tested. I do not mean the Safety Max, I mean the Safety Max+. Although they are shaped the same their insides are different and and there is no way long term testing has been done on the material inside of them.
Some people may ask, what does it matter? We had old box collars that had no standard and they were not even required. This is still more safe. Pretty much we used to wear a sweater and now we are putting on a bullet proof vest. WRONG!
We used to wear a sweater so we tried our best to stay away from getting shot in the chest! Now someone hands us a bullet proof vest that has not been properly tested and tells you it is OK to shoot yourself in the chest!
Think of all the high school athletes that have the rip it and grip it attitude. The fear of landing in the box may have been enough to keep them from jumping up poles on the last attempt when they already had the standards at 40cm. Now that they have a box collar there 'protecting them' from the edges of the box, they may take that risk. Whats the worst that could happen? The collar will protect them right?
What if the collar protects the first 50 athletes that land on it hard for the first few times, but then the foam is too worn out for the 51st and he gets seriously hurt?
This is why you product test the product you are sending on the market before you send it to the market! And you definitely do it before you make it a RULE!
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In 1969 N0CSAE was created to study football helmets and to come out with a standard they should all follow
In 1973 they produced their first standard as to what football helmets should follow
In 1978 the NCAA adopted the NOCSAE standard
That is a 9 year period from the point at which someone begin to develop the standard to when it was enforced. Do I think it should take almost 10 years for a standard to be implemented? No, but it should definitely not be less than 1 year!
That being said, when an outside party makes a standard for what a product should be able to do, it is a scientific explanation of how it should behave. They are not even necessarily saying that this is possible, or that such a product even exist. If some company that made generalized standards saying that bullet proof vest must be able to resist 50 Cal rounds from 10 meters, but that product did not actually exist yet, the military would not say: All bullet proof vest must resist 50 Cal rounds by December 1. They would present the standard to the companies who make bullet proof vest and ask them to work hard to make it. These companies may then find a material that resist one 50 cal shot. They would then test this product under lots of different criteria, and once they determined without a shadow of a doubt that it was safer than the old models, they may then require everyone to adapt to this standard.
Why not just require everyone to adapt to the bullet proof vest that can resist one 50 Cal shot right after it is invented? Well what if that bullet proof vest can resist one 50 Cal shot but it is no good after that. What if it the old model can resist a spray of 30 Cal rounds and be good to go for more missions, while this new model can stop a larger round but is no good and leaves the soldier at more risk.
----------------------------------------------------------------------------------------------------------------------------------------------------------
This is what just happened at the NCAA with box collars.
There were several types of box collars on the market, all of a different variety of size and shape.
The ASTM Comes up with a standard for a box collar, standards for a box collar that had not been invented yet.
The NCAA adapted this standard into rule and said that everyone must have a product that meet the ASTM standard by December 1 OF THAT YEAR. (The official rule was released as defined on March 25, 2013. That is just over 8 months before the product had to be ready for competition.
Manufactures started making modifications to pre-existing products to try and make them ASTM compliant. That is, they changed the foam being used and made whatever modifications they may have made, as well as do testing to see if it meets their interpretation of ASTM standards, and as well as do all "long term" testing, all in less than a year.
----------------------------------------------------------------------------------------------------------------------
What does this mean? This means the NCAA required a product to be used during competition by December 1, 2013 that had yet to be invented. The manufacture then rushed into development a product that had not been fully tested. I do not mean the Safety Max, I mean the Safety Max+. Although they are shaped the same their insides are different and and there is no way long term testing has been done on the material inside of them.
Some people may ask, what does it matter? We had old box collars that had no standard and they were not even required. This is still more safe. Pretty much we used to wear a sweater and now we are putting on a bullet proof vest. WRONG!
We used to wear a sweater so we tried our best to stay away from getting shot in the chest! Now someone hands us a bullet proof vest that has not been properly tested and tells you it is OK to shoot yourself in the chest!
Think of all the high school athletes that have the rip it and grip it attitude. The fear of landing in the box may have been enough to keep them from jumping up poles on the last attempt when they already had the standards at 40cm. Now that they have a box collar there 'protecting them' from the edges of the box, they may take that risk. Whats the worst that could happen? The collar will protect them right?
What if the collar protects the first 50 athletes that land on it hard for the first few times, but then the foam is too worn out for the 51st and he gets seriously hurt?
This is why you product test the product you are sending on the market before you send it to the market! And you definitely do it before you make it a RULE!
--------------------------------------------------------------------------------------------------------------------------
In 1969 N0CSAE was created to study football helmets and to come out with a standard they should all follow
In 1973 they produced their first standard as to what football helmets should follow
In 1978 the NCAA adopted the NOCSAE standard
That is a 9 year period from the point at which someone begin to develop the standard to when it was enforced. Do I think it should take almost 10 years for a standard to be implemented? No, but it should definitely not be less than 1 year!