Elon is one of the most innovative entrepreneurs of our time, maybe ever. Some people love him and others hate him. What you can't deny is what he has accomplished. Starting Tesla and SpaceX, almost at the same time, is an insane feat to try, let alone successfully accomplish. So, it stands to reason he may be able to teach us all a thing or two.
Right shoulder pain may be the most common injury in all swimming. Having worked with hundreds of swimmers over the last 13 years, I have seen the right shoulder injured more than any other area, including the left shoulder. There are theories about its injury prevalence. More people being right-handed or swimmers breathing more on their dominant side (which is likely to be the right) come to mind. But, is there more to it than that?
When you do a search of swim dryland exercises or look on social media, you always find the same thing - exercises that look like swim strokes. At the surface, this seems like it would make sense. Mimic the exercise on land, but add weight or a band to it, and it should improve the stroke. As it turns out, doing a stroke in the water is very different from doing it on land.
Previously, we discussed the idea of tight upper traps due to them being overly lengthened. This is very common in not only swimmers, but a lot of other athletes, too. If you haven't read part 1 yet, you can find it on our blog. Today, we're going to discuss why upper traps get tight for the a different reason: they're always "on." Bear in mind, a muscle can feel tight for generally two reasons: 1) the muscle is overly lengthened, or 2) the muscle is always on. Part 1 covered the former, and now we'll cover the latter.
I recently got a question on our preference of either pull-ups or chin-ups for our swimmers, and my initial response was that I like both, and it just depends on an athletes evaluation and program, as well as where they are in their season. After thinking about it more, it seemed like a good post idea because there is more that we can discuss.
We all know swimmers have to be strong. By nature, swimming is resistance training. Every time a swimmer moves through the water, that swimmer is moving against water resistance. So, it stands to reason that muscles like the lats, pecs, and quads need to be strong. The muscles we’re discussing here are not the pecs, lats, or quads, though; they’re the serratus anterior and the subscapularis. These two muscles are the common culprit of shoulder pain in swimmers. Learn how we address these two muscles to keep our swimmers pain-free and fast in the pool.
By far, the most common musculoskeletal complaint in the swimming population is shoulder pain. This should make a lot of sense as the repetitive overhead nature of swimming doesn’t allow much room for error. For example, an elite freestyle swimmer can take anywhere between 20 and 25 strokes every 50 meters. Let’s say you train 7,000 meters per day; that’s between 2,800 and 3,500 strokes every single day. If that same swimmer trains six days per week, that’s as many as 21,000 strokes per week and nearly 1,000,000 in a year. One stroke is not typically going to cause an injury, but this many reps, over time, certainly can.
Dryland training is crucial for swimmers that want to compete at a high level. There’s a reason why virtually all elite swimmers do some form of it and USA Swimming advocates it. It can prevent injuries, correct imbalances, and improve performance in the water. Overhead athletes, including swimmers, present with some unique considerations that need to be taken into account when completing a dryland training program. We’ll cover three common dryland exercises that are not good to do because of their injury risk, and we’ll provide alternatives so you can train safely.
As it turns out, the difference between first and eighth place can highly depend on how well a swimmer starts and executes his or her turns. Swimmers can achieve their fastest speeds off the start, so being strong in this area can be a game-changer in boosting performance and gaining an advantage over competitors. Turns are crucial to performance as well with the underwater phase making up as much as 30% of the distance covered in a race (1).
