This
Evaluation
Experience is DifferentIf
you have been to football combines, you are probably
accustomed to the NFL format system.
You
may be wondering why we break rank from the traditional football
workout. All of our
evaluation drills are designed to
ISOLATE MUSCLE GROUPS to help YOU, THE ATHLETE, get a more complete
understanding of what you need to do to improve. -
| Athletic
Area | Evaluation
Technology | | Explosive
& Acceleration Speed |
Forty yard dash,
with six split times using infrared sensors
| | Upper Body Power
| Seated medicine
ball throw, using Doppler radar |
| Lower Body Power
| Vertical jump,
using electronic sensor mat |
| Anthropometrics / Physique
| Height, weight,
wingspan, body fat using bioelectrical impedance
| | Agility |
Hexagonal
obstacle using infrared sensors |
| Skill |
Positional
drills & one-on-ones guided by successful coaches
| | Attitudes / Character
| Computer-based
questionnaire |
| Mental Efficiency
| Interactive
spatial awareness assessment |
MEDICINE BALL THROW
“Where is
the Bench Press?” This
is a fair question, as you have probably
been using this workout since you were old enough to lift. The fact is, the bench
press is a good
WORKOUT, not a good EVALUATION TOOL.
How
many times have you seen the guy with the best bench press be the best
player
out on the field? The
bench press is as
much about technique as it is about strength, and to be good at bench
press,
you use your entire muscle system to move that weight.
We
want to ISOLATE UPPER BODY
POWER. Power is
what discriminates between
performance levels in football players, not strength (or strength
endurance as
measured by the current NFL Bench Press Reps Test). In order to measure
power
we use a seated medicine ball throw.
By
taking away the opportunity for the athlete to use their legs and
stomach to
move the ball forward, we get a pure measure of how much power the
athlete is
able to create with their arm and chest muscles.
Isolating these muscle groups we are able to
understand exactly how much upper body power the athlete has, as well
as give
the athlete an understanding of how much they need to focus on the
upper body
during offseason training.
VERTICAL
JUMP
“Why does
your vertical jump differ from what I have done in
the past?” Good
question. In the
NFL Tryout, you would perform a
vertical jump where you have to touch the highest point, thus giving an
idea of
how high you can jump, kind of… You
probably realize guys are different heights, have different arm
lengths, and
different hand sizes. Also,
in order to
touch the highest point you must utilize all of the muscle groups in
your body
to leap. So the guy
who leaped the
highest can touch the highest point, we know that already, but that
doesn’t
really tell us much about his lower body strength.
We want to
ISOLATE LOWER BODY POWER. In
order to do this, we use a jump mat.
By taking away the opportunity for the
athlete to use their upper body to create momentum to increase their
jump
height, we get a very good measure of how much power the athlete is
able to
create using only their leg muscles.
Isolating this muscle group we are able to understand
exactly how much
lower body power the athlete has and give the athlete an understanding
of how
much energy to focus on the lower body during offseason training.
40 YARD
DASH
“What is
the difference between your 40 yard dash and other
40 yard dashes I have run in the past?”
Ok, so we do have a forty yard dash.
In an NFL Tryout, you would be timed by a guy with a stop
watch. Imagine the
error in measurement you would
find in a test that lasts only 4-5 seconds.
In order
to reduce this error and enhance the information
you take from this exercise, EXACT has developed a 40 yard dash that is
divided
into 6 sections through infrared measurement. The
first two split times are measured at
(0-2) and (2-5) yards. These
splits
measure explosive power, key measurements for linemen who win or lose
their
battle each play in this short space, backs who have to hit holes
quickly and
receivers who must beat defensive backs at the snap of the ball. The next 4 splits (5-10),
(10-20),(20-30),
and (30-40) all help to build a profile of how well the athlete
accelerates and
if they are able to maintain this acceleration and their top speed once
they
reach it. Note: the
splits are also
helpful in identifying defensive standouts!
AGILITY
“Why did
you select the hexagonal agility test as your
measure of agility?” The
most difficult
of all athletic testing measures is agility.
Sheppard and Young (2006) define agility as "a rapid whole
body
movement with change of velocity or direction in response to a
stimulus." In order
to capture an
accurate and fair measure of this exercise, EXACT utilizes the
HEXAGONAL
AGILITY TEST.
The
HEXAGONAL AGILITY TEST involves the athlete standing in
the center of a hexagon facing forward.
Using EXACT’s Infrared Measuring System, the player will
leap across each
plane of the hexagon, facing the same direction at all times. The clock will start when
the player crosses
the first plane, and continue to run until the player crosses the last
plane (one
full time around).
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