This is the third part of this 3-part series on mobility & flexibility training for tennis. The first post was an introductory post that defined what mobility truly is (read that here) and highlighted some of the problem areas for tennis players - with a special emphasis on the hip and shoulder. The second part went into more specifics regarding the science of stretching and it's role in the overall development of flexibility (we also dispelled the myth that flexibility is only attainable by the special few). And it included detailed info on how to improve both range of motion (ROM) and strength while presenting a shoulder internal rotation stretch example. You can read that article here.
In this post, we'll primarily be looking at the differences between dynamic and static stretching. More specifically, we'll outline what role dynamic stretching (DS) and static stretching (SS) play in the warm-up of the tennis player and how to effectively implement each type of stretching into your pre-match/practice routine. Let's go!
In a previous post, we introduced mobility and how it’s not just a passive process but an active one - and it requires both flexibility AND strength (read that post here). I've studied joint mobility and flexibility considerably. From research articles, seminars, workshops to practical experience. Based on my studies, I am convinced that we can ALL improve joint function, flexibility and active range of motion (ROM). This may come as a surprise to many (often I hear coaches and players saying that "they've never been flexible" or that they were "born stiff"). The truth is, like any training quality, achieving more active and passive ROM is simply of matter of deliberately providing the desired tissues with a training stimulus, allowing time for recovery and adaptation and repeating this process.
In last week’s post, we introduced the main physical training components that tennis players likely should focus on during the off-season. To get the best out of this week’s article, I suggest reviewing part 1 of this series first.
In this post, I’d like to tackle a couple key points. First, I’ll outline what a typical training week in the off-season might look like and how the overall cycle takes shape. Next, I’ll take a stab at commenting on the interplay and subsequent management of on-court and off-court training loads. Lastly, I will then offer some feedback - in other words, why it's my belief that training the various qualities outlined in last week’s article shouldn’t stop once the off-season cycle ends.
This is a 2-part post. In today's article, we’ll take a brief look at the most important physical qualities a player should focus on during the off-season and how to best train them. Part 2 will then focus on the application - how a microcycle might be organized, how it fits into the overall training cycle and the interplay between on and off court training.
Last week I presented in front of the BTV (Bavarian Tennis Verband) - it’s one of the biggest associations in Germany and many of the top junior tennis coaches were in attendance. The topic - how we can use off-court training strategies to accelerate on-court development. I had 3 young junior players helping me during the practical component - going through a series of jumps, bounds, throws, bodyweight exercises and so on. They were 12-13 years old and apparently, some of the best young talents in the country (I never met them previously and had never seen them play or train).
How many players on tour do we hear referring to ‘health’ as being a big part of their success? Many of the top players on both the women’s tour and men’s tour exclaim that being healthy and fit is a big part of their success. But the reverse is also true. How many players have inconsistent results when they aren’t in top form? Obviously it’s impossible to be in top form all the time, but when the balance tilts the other way, that’s usually when injury/illness could be lurking around the corner.
Last week, we looked at the importance of a post-match recovery routine for the tennis shoulder. This is based on a couple key factors. First, the current trend of modern tennis is heavily reliant on successful serving. And second, scientific evidence points to losses in both range of motion (ROM) and strength, along with shoulder/arm soreness, post matchplay. If you haven't read that post, take a look at it here as it helps provide the framework for this week's follow-up article.
Picture this, you just got off court after a long 3-set battle. You’re tired, exhausted, fatigued (insert any other word you wish). The last thing you want to do is spend another 30 minutes or more recovering from the match. But guess what, if you’re a junior who’s playing another match the same day or a pro playing a match the following day, you’ve got no other choice. Well that’s not entirely true, you do have another choice and that’s to do nothing at all and basically just show up for your next match.
BOTH Andy Murray and Novak Djokovic have been in the news of late with elbow injuries. While Novak is back competing, Andy is still on the sidelines with a suspected "tear" around the elbow (no further details have been mentioned). Both missed the Miami Open this year and while they'll likely be back in form soon, I thought it was a good time to discuss why elbow injuries happen and some ideas on what we can do about them.
A fairly recent retrospective study from Sports Health: A Multidisciplinary Approach analyzed serve volume in professional and junior tennis players. The researchers sought out to find how many serves are hit in a set (and match) by pros and juniors. The aim of the study was to use this serve data to develop an interval serve & groundstroke training program for elite tennis players. Although others have attempted to devise this type of program for tennis players, this is the first to my knowledge that has looked at more recent serve data while at the same time developing a program that took into account intensity (as a % of max speed) rather than just volume (i.e. number of serves).
The differences between junior players and pro players are more than meets the eye. Sure the pros have more experience, they’re fitter, have greater mental toughness and so on...but one area that the pros really excel at, especially compared to the juniors, is their warm-up. Now you may be thinking to yourself, “they are pros, it’s their job to have a thorough warm-up”. But the warm-up is much more than just a warm-up...it could make the difference between winning and losing, incurring an injury or performing at your very best.
There’s no argument that the first serve is quite important on both the men’s and women’s tours. The percentages speak for themselves - the top servers on tour win about 3 out of every 4 points when the first one goes in and only about half the points when they miss the first serve. Those are the stats. And although spin, direction, patterns etc. have a lot to do with that, it seems that the bigger your serve, the more points you win.
Which brings me to the focus of this article. I recently started a 6-week pilot study to see if an overload throwing program can improve serve speed. More specifically, I’ll be throwing a weighted ball (similar to a medicine ball only smaller) twice per week and tracking serve speed on a weekly basis.
This week I’ll be traveling to London UK to take part in the Functional Range Conditioning (FRC) course (aka an excruciating experience on your hips...or so I've been told). The FRC course - created by Dr. Andreo Spina, owner and founder of Functional Anatomy Seminars - is a system of mobility training rooted in scientific research. I’ve always integrated mobility & flexibility work with my athletes and have a pretty good understanding regarding its underlying mechanisms but why not learn from someone who has devoted their life’s work to improving mobility, joint function and athletic performance. And...he’s worked with a number of pro athletes, including world no. 4 Milos Raonic (see video below).
There’s no question the shoulder takes a beating in tennis. I mean, players use it on every shot. Whether that’s to create lots of torque to hit a big forehand or to stabilize the shoulder when punching a volley...the shoulder has many functions and roles. But perhaps the biggest toll on the shoulder occurs in a movement you wouldn’t normally consider...the deceleration phase (aka the follow-through phase) of the serve. This is the moment after impact where the posterior muscles of the shoulder act in an eccentric manner to essentially stop the head of the humerus from being dislodged from the glenoid fossa (aka think arm dislocating from shoulder...that wouldn’t be fun). Ellenbecker & Kovacs (2008) call the deceleration phase “the most violent of the tennis serve”. That’s a pretty big statement, and probably something that needs to be considered in the training of the tennis shoulder. But why exactly is this phase of the serve so critical? What type of strength is necessary? And what kind of exercises can tennis players incorporate into their program to optimize the serve keep the shoulder healthy? We’ll explore all of these points in this article, so read on.