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So a while back I wrote an article on how to assess overhead mobility. Since then I’ve been meaning to put together a little video guide on not only how to assess overhead mobility but a few of my favorite videos on how to correct these issues once you find them.
As you are all aware, having full range of motion overhead is incredibly important for shoulder health. This is especially true if you’re going to be regularly putting weights overhead. If you’re a coach I’m sure you’ve had several athletes who have difficulty here. One thing I like to reinforce is having your athletes be able to pass this screen before doing overhead lifts.
I know this is a bitter pill to swallow for most new trainees who want to jump straight into crossfit programming. I know it’s also challenging for coaches to find modifications for these athletes. However, if your primary goal is promoting health and longevity then you’ll be well rewarded to correct these issues before throwing some weight overhead.
As a side note I’ve found several very high level athletes with overhead restrictions who are actually very functional and strong but also have a history of nagging shoulder pain.
Without further ado, here is one of my favorite assessments for overhead mobility:
Here are some of my favorite correctives if you happen to fail this test:
Lastly, it’s important to distinguish between a true flexibility or stability / motor control issue. This is beyond the scope of this article but will improve your efficiency with corrective exercises if you know what you’re dealing with. If you’re interested in learning more you can always consult a local expert who utilizes the Selective Functional Movement Assessment.
Mobility for days,
Dan Pope DPT, CSCS
P.S. If you enjoyed this article then sign up …read more
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Proper squatting forms the basis of any performance system and is essential to meaningful function as an athlete and human. This includes all populations including the elderly (might need to scale though, bro). As an athlete and as a practitioner who treats fellow CrossFitters frequently, one of the things I love is the emphasis on the squat pattern. But with high squatting volume in any performance system we need to ensure it’s reproducible and leading to potential injury.
I understand and share the pride that comes with the ability to squat deep while lifting some serious weight. However, many athletes are unable to squat deep with load due to hip or low back pain. Femoral-acetabular impingement is often the culprit here, where the neck of the femur is literally jamming into the acetabulum of the pelvis. Dan goes into much greater detail in one of his prior posts on FAI. These same biomechanics also cause butt winking where there is a reversal of the lumbar spine causing a loss of segmental control. This spinal shear under load is dangerous and never okay – a butt wink is an immediate fault and nobody gets a pass. Altering squat width is a strong start to fixing these train wrecks.
So how do we determine best squat width for depth and performance (and to help prevent hip pain and butt winking)? “Shoulder width” is often used however that differs for each individual. Many times we just start with a random width and that becomes the default. However, factors such as motor control of the entire system (particularly the over-extended spine), hip and ankle mobility, and individual structural differences in acetabulum and femur alignment all influence squat width and depth.
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NYA KOMMENTARER
very nice!
posted in Nice & Clean. The best for your blog!from nice
also another nice feedback here, uh uh
posted in Nice & Clean. The best for your blog!from corrado