Anderson calls its end cap "bullet proof". Since even bullet proof ceramic plates can only take so many hits before giving in, I guess it's not all that shocking that bullet proof end caps would disintegrate after one too many collision with a pitched ball.
My dd's treasured RockeTech stopped being bullet proof yesterday, after just over one season of heavy use.
Since no one in his/her right mind would take apart a healthy RockeTech to peek at the inside, many of you RockeTech fans have probably never seen those mysterious arches that are supposedly responsible for the trampoline effect along with that unique RockeTech sound. I myself was half expecting to see a skeletal matrix of miniature St Louis Arches and Golden Gate Bridges. Instead I was treated to a rather subtle version of a corrugated tin can:
Presumably, the amplitude and frequency of these ridges are tuned to help generate maximum legal speed when the barrel collides with a softball. I think it's a simple, robust, and quite elegant solution.
I wonder what the next level is beyond "bullet proof"...
My dd's treasured RockeTech stopped being bullet proof yesterday, after just over one season of heavy use.
Since no one in his/her right mind would take apart a healthy RockeTech to peek at the inside, many of you RockeTech fans have probably never seen those mysterious arches that are supposedly responsible for the trampoline effect along with that unique RockeTech sound. I myself was half expecting to see a skeletal matrix of miniature St Louis Arches and Golden Gate Bridges. Instead I was treated to a rather subtle version of a corrugated tin can:
Presumably, the amplitude and frequency of these ridges are tuned to help generate maximum legal speed when the barrel collides with a softball. I think it's a simple, robust, and quite elegant solution.
I wonder what the next level is beyond "bullet proof"...