| Real World Results |
Curious about what type of results you can expect using the Fast Bat in
conjunction with our Overload-Underload Power Development system?
Well, we tested it out firsthand over the course of 6 weeks. Our results are
nothing short of astounding. We were able to add 34 mph to one player's
swing and we were able to get two 17-year-olds up to 90 mph! That tells
you how powerful our product is. Check out the results below and feel free
to contact us regarding anything you see. (baseballpower@gmail.com)
conjunction with our Overload-Underload Power Development system?
Well, we tested it out firsthand over the course of 6 weeks. Our results are
nothing short of astounding. We were able to add 34 mph to one player's
swing and we were able to get two 17-year-olds up to 90 mph! That tells
you how powerful our product is. Check out the results below and feel free
to contact us regarding anything you see. (baseballpower@gmail.com)
TESTING PROTOCOL
1) All bat speed readings were obtained using the Swing Speed Radar. Hitters would
stand in front of the bat speed monitor and take dry swings. Pre- and Post-testing
conditions remained identical.
2) The weight of the Overload-Underload bats used during the 6 week period was
determined by the players game bat weight. All high school players tested out using
regulation -3 bats.
3) It should be noted that the following program took place over the course of 6 weeks (18
total sessions). However, a number of players missed a significant amount of time for
various reasons. On a whole the players who were the most consistent in coming to the
sessions made the biggest jumps in bat speed. If a player missed more then 3 weeks of
classes (9 total sessions), we made note of it.
4) As a reference, it has been proven that for every 1 mph in bat speed a player gains, it
will increase the distance the ball travels by 6 feet (see reference)!
Nathan, Alan. Nuclear Physics Professor. University of Illinois at Urbana-Champaign.
1) All bat speed readings were obtained using the Swing Speed Radar. Hitters would
stand in front of the bat speed monitor and take dry swings. Pre- and Post-testing
conditions remained identical.
2) The weight of the Overload-Underload bats used during the 6 week period was
determined by the players game bat weight. All high school players tested out using
regulation -3 bats.
3) It should be noted that the following program took place over the course of 6 weeks (18
total sessions). However, a number of players missed a significant amount of time for
various reasons. On a whole the players who were the most consistent in coming to the
sessions made the biggest jumps in bat speed. If a player missed more then 3 weeks of
classes (9 total sessions), we made note of it.
4) As a reference, it has been proven that for every 1 mph in bat speed a player gains, it
will increase the distance the ball travels by 6 feet (see reference)!
Nathan, Alan. Nuclear Physics Professor. University of Illinois at Urbana-Champaign.
12 players
6 week program – 3 times per week
6 week program – 3 times per week
DAN
Estimated increase in ball travel distance: 168 feet!
Estimated increase in ball travel distance: 168 feet!
MATT
Estimated increase in ball travel distance: 54 feet
Estimated increase in ball travel distance: 54 feet
ANTHONY
Estimated Increase in ball travel distance: 90 feet
Estimated Increase in ball travel distance: 90 feet
TOM Y.
Estimated increase in ball travel distance: 60 feet
Estimated increase in ball travel distance: 60 feet
TIM
Estimated increase in ball travel distance: 138 feet !
Estimated increase in ball travel distance: 138 feet !
JAY
Estimated increase in ball travel distance: 99 feet
Estimated increase in ball travel distance: 99 feet
TOM M.
Estimated increase in ball travel distance: 60 feet
Estimated increase in ball travel distance: 60 feet
DAVE
Estimated increase in ball travel distance: 72 feet
Estimated increase in ball travel distance: 72 feet
ZAK
Estimated increase in ball travel distance: 36 feet
**MISSED 9 classes (1/2 of total program)**
Estimated increase in ball travel distance: 36 feet
**MISSED 9 classes (1/2 of total program)**
VIN
Estimated increase in ball travel distance: 72 feet
Estimated increase in ball travel distance: 72 feet
JOE
Estimated increase in ball travel distance: ~70 feet
Estimated increase in ball travel distance: ~70 feet
JEFF
Estimated increase in ball travel distance: 60 feet
**Missed 9 sessions (1/2 total program)**
Estimated increase in ball travel distance: 60 feet
**Missed 9 sessions (1/2 total program)**
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