Phase 3 of our Rotational Core Power Training progression for hockey players, baseball players, and golfers involves exercises with simultaneous hip and shoulder movement. The emphasis on the “Standing Cable Rotation” is to use your core to help transfer energy between your hips and shoulders.
Tag: continuing education
Rotational Core Power Training: Phase 3
Dynamic Anti-Rotation Core Exercise
A more dynamic version of the “Belly Press IsoHold” is a normal “Belly Press IsoHold with Perturbation”. You can also make this exercise more challenging by repeatedly bringing your hands into your sternum than straightening them back out. A great exercise for “Phase 2” of our Rotational Core Power Training progression for hockey players, baseball players, and golfers.
Anti-Rotation Core Exercise
This exercise is called the “Belly Press IsoHold” or “Pallof Press IsoHold”, depending on whether or not John Pallof (the PT from Eastern Mass that developed this exercise) is in the room! This is a great exercise for “Phase 1” of our Rotational Core Power Training progression for hockey players, baseball players, and golfers.
Rotational Power Training
As our hockey guys have left for their respective teams, I’ve spent more time at Endeavor Fitness developing our Baseball and Golf training programs. As I’ve worked on these things, I’ve noticed that baseball and golf training has one major similarity to ice hockey training: the need for a significant amount of rotational core power work.
Rotational core power should be developed with a training progression similar to linear core power:
1) Stability/anti-movement exercises
2) Dynamic stability/anti-movement exercises
3) Simultaneous hip and shoulder movement exercises
4) Hip initiated rotation with thoracic spine rotation follow through
Things aren’t always as cut and dry as these classifications, but it provides a good framework to work from.
Over the next week I’ll post an example of each one of these.
Kevin Neeld
Transitional Speed Training
Regardless of what sport you’re involved in (track being the exception), it’s unlikely that you sprint in a straight line for more than 10-15 yards very frequently.
Athletic speed really depends heavily on three things:
1) Rate of acceleration
2) Rate of deceleration
3) Ability to change directions rapidly
Of these, rate of acceleration is the only one that really receives any attention from most athletes. Not surprisingly, all three are HIGHLY dependent on the strength and power of your leg and hip musculature. In addition to improving lower body strength and power, you can drastically improve your athletic speed by focusing on correct movement patterns, and by practicing transitional speed drills.
In my next newsletter, I’m going to show several transitional speed drills that I’ve developed over the last few months to help athletes of all sports perfect transitional movement patterns and improve athletic speed.
If you haven’t yet, sign up for my newsletter now! You won’t want to miss these videos!
-Kevin Neeld

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