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Lecture objectives:
-Discuss the development of agility within athletes using the principles of reverse engineering
-Identify key exercises for the development of strength, power, and plyometrics
-Identify key drills for the development of speed, acceleration, deceleration, and turning mechanics
How reverse engineering a training program back from agility sets the order of training milestones, from movement quality and strength through power, plyometrics and speed mechanics to change of direction.
How to coach a sharp change of direction using the inside leg, the checkpoints for acceleration and top speed mechanics, and how plyometric training builds the stiffness that lets athletes reuse elastic energy.
Why rate of force development within about 300 milliseconds matters more than peak force, how strength and power training across the force-velocity curve build it, and how the foundation phase addresses imbalance and mobility.
Lecture objectives:
-Discuss the development of agility within athletes using the principles of reverse engineering
-Identify key exercises for the development of strength, power, and plyometrics
-Identify key drills for the development of speed, acceleration, deceleration, and turning mechanics
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