These 10 Principles are
the basis for the philosophy used at The Iron Wolf Club
1. G R O U N D - B A S E D A C T
I V I T I E S
Sport
skills are initiated by applying force with the feet against the
ground. Select lifting exercises and conditioning drills that apply
force with the feet against the ground such as the squat and hang
clean. The more force you can apply against the ground, the faster
you will run and the more effective you will be.
2. M U L T I P L E J O I N T A C
T I O N
Multiple
joint actions improve your athletic performance such as coordination
and the ability to generate explosive force. 3.T H R E
E D I M E N I O N A L
M O V E M E N T
Sport
skills involve movements in three planes of space simultaneously:
forward-backward, up-down, and from side-to-side. In strength training,
only free weights allow movement in three dimensions simultaneously.
This makes the transfer of strength and power easier to merge with
the development of sport skills. An additional benefit of free weights
is they aid in preventing major joint injuries.
4.T R A I N E X P
L O S I V E L Y
Many times an athlete
will get stronger because of an improved ability of the nervous
system to recruit motor units. A motor unit is a motor nerve
and all the muscle fibers that it innervates. The more fibers
a motor unit consists of, the more force it can generate. Through
training, the body learns to recruit more motor units so more
force can be generated. This is why we must concentrate during
lifting with no horseplay. The amount of force required for a
given activity is regulated by the use of two different types
of motor units found in the body, fast twitch and slow twitch.
These factors combined mean a fast twitch fiber can generate
up to four times greater force than a slow twitch fiber.
5.P
R O G R E I V E S S I V E O V E R L O A D
Application
of the load has a crucial impact on maximizing performance and
keeping sport injuries to a minimum. Overload occurs when the
body responds to training loads greater than normal. Intensity
and volume are the key factors used to progressively increase
the overload. The use of heavier loads increases the intensity
while adding more repetitions increases the volume. Each method
causes specific adaptations. Increasing the weight and keeping
the repetitions low develops strength and power; where as increasing
the number of repetitions and keeping the weight lighter causes
improvement in muscular endurance and muscular size.
6.A P P
L I C A T I O N O R
P E R I O D I Z A T I
O N
Use different combinations of volume and intensity to help translate
different body responses.
7.S P L I T R O U T I N E
The split routine is reserved
for more advanced programs which alternate the type of exercises
performed and execute them on alternative days. If you can ’t
do all the youth exercises in one workout you could do half
of them one day and the other half the next day. Perform the
explosive lifts #3 and #4 on Monday or Thursday and the strength
lifts such as #5 and #6 on Tuesday or Friday. The split routine
allows good recovery and rebuilding as well as at least two
full days of recovery from each exercise.
8.H A R D -E A Y S S Y T E M
You make more progress
over longer periods of time if you do not work with heavy loads
during each workout. To eliminate overstraining or mental burn
out, only allow one hard workout per week. The other day should
be a little lighter workout.
9.T R A I N T H E C O R R E C
T
E N E R G Y S Y S T
E M
The primary objective of conditioning is to improve your energy
capacity and therefore, improve your performance. For effective
conditioning, training must occur at the same intensity and
duration that is used in competition in order to develop the
proper system predominately used. This means no long distance
running for athletes in power sports like football, basketball,
baseball, golf, and tennis, etc.
10.I N T E R V A L T R A I
N I N G
Work or exercises should be followed by a prescribed
rest interval. The program must meet the specific conditions
for each sport. If the rest period is too short, the amount
of energy is not sufficient to meet the demands of the next
maximum intensity effort, thereby reducing force output.