FittedJacket
Ramblin' Wreck
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Yeah noMissed him today. Just a casual observation - we’re pretty slow in the OF and on the bases. Need any speed we can get in the lineup.
Yeah noMissed him today. Just a casual observation - we’re pretty slow in the OF and on the bases. Need any speed we can get in the lineup.
No walks and 9K’s before the 9th. Even with the HP ump’s huge strike zone (which shrunk in top of the 9th), that’s impressive, especially after yesterday’s walk fest. McGuire really solid - maybe new clubhouse leader for staff ace?Fantastic pitching today until the 9th, but we still found a way to close it out!! Last year that would have been a loss.
I am really high on McGuire. I think he's going to be extremely good this year.No walks and 9K’s before the 9th. Even with the HP ump’s huge strike zone (which shrunk in top of the 9th), that’s impressive, especially after yesterday’s walk fest. McGuire really solid - maybe new clubhouse leader for staff ace?
Two solo dingers were all he allowed. I guess I must finally accept that our ballpark is the Coors Field of college baseball.I am really high on McGuire. I think he's going to be extremely good this year.
It really is. It's just a launching pad.Two solo dingers were all he allowed. I guess I must finally accept that our ballpark is the Coors Field of college baseball.
Seeing our field called a launching pad it got me wondering what the dimensions of all of the parks are in the ACC for comparison. These dimensions all come from Wikipedia. Obviously the dimensions do not take into account wind currents at each location but, based on dimensions alone the Rusty C is far from the smallest. Not all of the listings included the power alleys. So looking at them the 400 foot CF dimension is almost universal. Pitt appears to be the smallest park by far followed by Wake Forest and NC State. While our LF wall is just a couple feet shorter than the median 300 feet we have the longest power alley in left center in the entire league. I guess my conclusion from the dimension comparison is we are far from being the smallest "launching pad" in our conference especially when you look at the LC power alley. Again I don't know how to factor in the wind in any of the parks but I would think with our LF line being blocked by the football facility and RF having the trees behind it, there would be other parks more affected by the wind.
GA Tech: LF 328 LC 391 CF 400 RC 353 RF 334
Miami: LF 330 LC 365 CF 400 RC 365 RF 330
Clemson: LF 320 LC 370 CF 400 RC 375 RF 330
BC: LF 330 CF 400 RF 320
Duke: LF 325 LC 370 CF 400 RC 375 RF 335
FSU: LF 340 CF 400 RC RF 320
Louisville: LF 330 LC 375 CF 402 RC 377 RF 330
NC ST: LF 320 CF 400 RF 330
ND: LF 330 LC 380 CF 400 RC 380 RF 330
WF: LF 325 CF 400 RF 325
UNC: LF 335 LC 375 CF 400 RC 355 RF 340
Pitt: LF 300 LC 375 CF 405 RC 375 RF 300
UVA: LF 332 LC 370 CF 404 RC 372 RF 332
VT: LF 330 CF 400 RF 330
good info. Our RC dim is less than everyone else’s and it seems like a lot of the balls that leave the park are to right.Seeing our field called a launching pad it got me wondering what the dimensions of all of the parks are in the ACC for comparison. These dimensions all come from Wikipedia. Obviously the dimensions do not take into account wind currents at each location but, based on dimensions alone the Rusty C is far from the smallest. Not all of the listings included the power alleys. So looking at them the 400 foot CF dimension is almost universal. Pitt appears to be the smallest park by far followed by Wake Forest and NC State. While our LF wall is just a couple feet shorter than the median 300 feet we have the longest power alley in left center in the entire league. I guess my conclusion from the dimension comparison is we are far from being the smallest "launching pad" in our conference especially when you look at the LC power alley. Again I don't know how to factor in the wind in any of the parks but I would think with our LF line being blocked by the football facility and RF having the trees behind it, there would be other parks more affected by the wind.
GA Tech: LF 328 LC 391 CF 400 RC 353 RF 334
Miami: LF 330 LC 365 CF 400 RC 365 RF 330
Clemson: LF 320 LC 370 CF 400 RC 375 RF 330
BC: LF 330 CF 400 RF 320
Duke: LF 325 LC 370 CF 400 RC 375 RF 335
FSU: LF 340 CF 400 RC RF 320
Louisville: LF 330 LC 375 CF 402 RC 377 RF 330
NC ST: LF 320 CF 400 RF 330
ND: LF 330 LC 380 CF 400 RC 380 RF 330
WF: LF 325 CF 400 RF 325
UNC: LF 335 LC 375 CF 400 RC 355 RF 340
Pitt: LF 300 LC 375 CF 405 RC 375 RF 300
UVA: LF 332 LC 370 CF 404 RC 372 RF 332
VT: LF 330 CF 400 RF 330
Higher elevation & higher humidity will increase "carry" as well. Ga Tech sits around 1000' above sea level... without looking, I'm guessing that's near top of ACC. And humidity? Well... we've been there, right?Seeing our field called a launching pad it got me wondering what the dimensions of all of the parks are in the ACC for comparison. These dimensions all come from Wikipedia. Obviously the dimensions do not take into account wind currents at each location but, based on dimensions alone the Rusty C is far from the smallest. Not all of the listings included the power alleys. So looking at them the 400 foot CF dimension is almost universal. Pitt appears to be the smallest park by far followed by Wake Forest and NC State. While our LF wall is just a couple feet shorter than the median 300 feet we have the longest power alley in left center in the entire league. I guess my conclusion from the dimension comparison is we are far from being the smallest "launching pad" in our conference especially when you look at the LC power alley. Again I don't know how to factor in the wind in any of the parks but I would think with our LF line being blocked by the football facility and RF having the trees behind it, there would be other parks more affected by the wind.
GA Tech: LF 328 LC 391 CF 400 RC 353 RF 334
Miami: LF 330 LC 365 CF 400 RC 365 RF 330
Clemson: LF 320 LC 370 CF 400 RC 375 RF 330
BC: LF 330 CF 400 RF 320
Duke: LF 325 LC 370 CF 400 RC 375 RF 335
FSU: LF 340 CF 400 RC RF 320
Louisville: LF 330 LC 375 CF 402 RC 377 RF 330
NC ST: LF 320 CF 400 RF 330
ND: LF 330 LC 380 CF 400 RC 380 RF 330
WF: LF 325 CF 400 RF 325
UNC: LF 335 LC 375 CF 400 RC 355 RF 340
Pitt: LF 300 LC 375 CF 405 RC 375 RF 300
UVA: LF 332 LC 370 CF 404 RC 372 RF 332
VT: LF 330 CF 400 RF 330
Don’t forget to factor in elevation. It’s not like we are Denver but I suspect we are higher than most east coast fields.Thank you for doing this. I've wondered about it in the past.
I don't think we have as much wind as an open area since the the hill to the west (Ford & Klaus buildings) should block wind. But then again you could also get a venturi effect ......... it would take a few beers and lots of observations to figure that one out.
Already posted on this before I saw your post.Higher elevation & higher humidity will increase "carry" as well. Ga Tech sits around 1000' above sea level... without looking, I'm guessing that's near top of ACC. And humidity? Well... we've been there, right?
Baseball At High Altitude
baseball.physics.illinois.edu
Right center is very short, the posted dimensions aren’t correct. The right field line is 325 and it doesn’t get any deeper than 340 until very close to center. Add in the fact that the wind is almost always blowing out towards right field and you end up with a launching pad. If you’ve ever watched games at GT compared to other places you would know that GT’s right field plays smaller than almost any P5 park in the country.Seeing our field called a launching pad it got me wondering what the dimensions of all of the parks are in the ACC for comparison. These dimensions all come from Wikipedia. Obviously the dimensions do not take into account wind currents at each location but, based on dimensions alone the Rusty C is far from the smallest. Not all of the listings included the power alleys. So looking at them the 400 foot CF dimension is almost universal. Pitt appears to be the smallest park by far followed by Wake Forest and NC State. While our LF wall is just a couple feet shorter than the median 300 feet we have the longest power alley in left center in the entire league. I guess my conclusion from the dimension comparison is we are far from being the smallest "launching pad" in our conference especially when you look at the LC power alley. Again I don't know how to factor in the wind in any of the parks but I would think with our LF line being blocked by the football facility and RF having the trees behind it, there would be other parks more affected by the wind.
GA Tech: LF 328 LC 391 CF 400 RC 353 RF 334
Miami: LF 330 LC 365 CF 400 RC 365 RF 330
Clemson: LF 320 LC 370 CF 400 RC 375 RF 330
BC: LF 330 CF 400 RF 320
Duke: LF 325 LC 370 CF 400 RC 375 RF 335
FSU: LF 340 CF 400 RC RF 320
Louisville: LF 330 LC 375 CF 402 RC 377 RF 330
NC ST: LF 320 CF 400 RF 330
ND: LF 330 LC 380 CF 400 RC 380 RF 330
WF: LF 325 CF 400 RF 325
UNC: LF 335 LC 375 CF 400 RC 355 RF 340
Pitt: LF 300 LC 375 CF 405 RC 375 RF 300
UVA: LF 332 LC 370 CF 404 RC 372 RF 332
VT: LF 330 CF 400 RF 330