With only one day to spare, here’s the July edition of “Random Thoughts on Sports Performance Training.”

1. One of the things I really heavily emphasize to our staff is that we should always be assessing. Obviously, during an initial assessment, we’re going to review injury history, evaluate movement quality, and work to build rapport with the new client. However, I’m a huge believer that the initial evaluation should also include an actual training component. This is for three reasons:

a. I want the client to feel like they’ve actually started working toward their goals, as opposed to just hearing about all the things they need to work on.

b. We have many clients who come from out of town for short-term consultations, so we need to make the most of every training session.

c. I want to actually get a feel for what their work capacity is before I actually write a program for them.

You can measure resting heart rate, ask about training history, and take a whole bunch of other indirect measures of work capacity, but there is no substitute for seeing it first-hand. I’ve seen pro athletes in the early off-season who are completely deconditioned and struggle to get through incredibly abbreviated, basic sessions with lengthy rest periods. You really have to be able to take a step back and separate yourself from what you are expecting to see on the work capacity front so that you can observe what’s really going on. If they are too deconditioned to put in the work you need to optimally effect positive changes with their performance, then your programming better reflect it.

2. I often talk with my baseball guys about how every throwing session either makes you tighter or looser. This sadly hasn’t been recognized very well when it comes to individualizing recovery modalities to players’ arms.

If you’ve got a lot of joint hypermobility (collagen deficiency), you’ll get looser. If you’re a naturally “tight” individual, you’ll get tighter and tighter.

If you’re loose-jointed, you’ll respond well to low-level stabilization drills that essentially “remind” your nervous system of how to create good stiffness and optimal movement at joints (particularly the shoulder).

These looser-jointed athletes also seem to respond better to mild compression (arm sleeves, not aggressive compression). Even a cut-off tube sock works just fine.

Conversely, “tighter” throwers will generally do better with manual therapy and mobility drills. Static stretching after throwing is definitely appropriate, whereas you can skip it with the hypermobile crowd.

Regardless, these two “camps” share a lot in common. They both need great nutrition and hydration and optimal sleep quality and quantity, and they respond well to foam rolling and positional breathing drills. And, keep in mind that most pitchers don’t fall to one extreme; they’re usually somewhere in the middle, and can therefore benefit from a bit of everything. This is why recovery from throwing is an individualized topic; we have our theories on what works, but always have to get feedback from the athletes on what has yielded the best results for them.

3. Building on point #2, I never quite understood why some pitchers insist on doing their band work after starting pitching outings. It doesn’t match up with either the “loose” or “tight” scenarios from my previous point, as fatigue changes everything. Fatigue is the enemy of motor learning – or re-learning, in this case. In my opinion, post-game band work is pretty silly.

If you’re tight, get right to your manual therapy and mobility/stretching work. If you’re loose, throw on a compressive arm sleeve and do your low-key band work the next day as part of that “stabilization re-education” I outlined earlier.

4. Good coaching isn’t just about making clients and athletes move well; it’s about doing so efficiently.

To me, there is a hierarchy in play in the coaching progression. First, a coach must know what an exercise is, and then understand how to coach that exercise. The third step is to learn to assess so that one knows when to include the exercise in a program. This last step is key, because to do an accurate assessment, one must understand what quality movement really looks like, how relative stiffness impacts things, and which compensation patterns an individual might resort to during that exercise. If you appreciate and follow this hierarchy, you continue to refine your ability to make technique perfect – but you can do so far more efficiently.

Once you get to this point, it’s all about coaching as many individuals as possible so that you have a giant sample size of incorrect patterns from which to draw. How do hypermobile folks compensate differently than those who don’t have as much laxity? Why do individuals with long femurs struggle with an exercise, while those with “normal” anthropometry do just fine? Eventually, answering questions like these becomes second-nature, and that’s where the efficient coaching happens, particularly when you learn about internal/external focus cues, and kinesthetic/visual/auditory learning styles.

5. Earlier this week, we had a 6-7 athlete doing stability ball rollouts – and the exercise was (unsurprisingly) pretty challenging for him. The combination of long arms and a long spine put him at a very mechanically disadvantageous position. It got me to thinking about how everyone seems to think about how tall guys have it tough when they squat and deadlift, but nobody seems to carry this thinking over to most core exercises. Imagine being seven-feet tall and trying to perform a stir the pot, where the forearms are a great distance from the feet:

Even on cable chops and lifts, the center of mass on a tall athlete is considerably further up from the base of support. The external loading that can be used is going to have to be lower if you don’t want compensations to kick in.

One thing that can actually help a bit in this regard is athletes putting muscle mass on in the lower half of the body. It has a “grounding” effect as the center of mass is shifted slightly lower on the body.

Regardless, though, core stability exercises may need to be modified for taller athletes, especially initially. This might be in terms of regressing (e.g., going to prone bridges instead of rollouts), limiting range of motion (e.g., shortening the excursion on a rollout), or reducing the external loading relative to your “typical” expectations of where an athlete can start.

6. Speaking of core stability exercises, have you checked out Mike Reinold and my Functional Stability Training? These resources have been our most popular collaborations, and we have modules covering our approach to rehab and training of the upper body, lower body, and core. It’s essentially a snapshot of how we think when designing our programs. You can learn more and purchase HERE.