As 2018 is soon coming to an end, I wanted to share the top 5 articles from the past year at Mattspoint. While I know that some of you might read the blog regularly, others may not have had the chance to check-in weekly - here’s a second chance to do so. The following posts were the most popular of 2018:
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The serve is arguably the most important stroke in tennis - and the one in which players have the most control over. In today’s game, speed is a primary factor for players aiming to develop a potent service weapon. While I personally don’t believe speed is the only strategy of choice on the serve, it’s hard not to see value in gaining velocity on this stroke.
When looking at increasing serve speed, we should consider what it is that enables players to add considerable miles per hour. In other words, what qualities does serve speed (we’re talking first serve here), consist of? Is it strength? Flexibility? Balance?
When teaching various tactical scenarios to players, I often ask them the following question: “what do you think is the most common rally length in tennis”? Less experienced players jump to answers like 7 or 9 while those that have been playing for many years reply with 3, 4 or 5. Do YOU know what it is? When it comes to professional tennis, according to Brain Game Tennis, it’s 1. Can you believe that? The most common rally length (called the mode, in statistics) is 1! That’s a service ace or a service winner (i.e. the returner makes an error off the serve). This happens about 30% of the time. The next most common rally length is 3 - that’s a serve, return and one more shot.
Medicine ball training is a widely popular training modality amongst tennis players at all ages and levels. More specifically, med ball (MB) training is primarily used to augment rotational power. For a review of the underpinning science and theory on this topic, please take a look at a previous post on this topic. Why augment rotational power though? Today's game is classified as power based - players are hitting the felt off the ball. The rationale from a training perspective is as follows: increase rotational power and you'll increase hitting speeds - whether that's groundstroke or serve speeds.
Are you familiar with the ‘10,000 hour rule’? Many of you probably are. If you’re read Malcolm Gladwell’s book, ‘Outliers’, then you definitely are. The premise goes like this; practice something a lot - 10,000 hours, or about 10 years - and you’ll develop expertise in that particular domain. It sounds simple doesn’t it. But is it truly so? Many of us, or our students, have played tennis for well over 10 years, but I wouldn’t necessarily start calling ourselves ‘experts’. Now we might be pretty good, but expertise, as defined by researchers in this field, means far more than just ‘pretty good’ or even ‘really good’.
If you’re anything like me, you may often marvel at the game’s best players. As an observer, I often ask myself, "how do they make it look so easy?" Many of us probably wonder if it's possible for anyone to play at that level. Or if you’re a coach, you wonder if you can ever get an athlete to that level. Just for the record, I don’t believe in talent. Even considering the dominance (and brilliance) of players like Federer, Nadal and the Williams sisters. They all practiced (and practiced and practiced). This isn’t just opinion based, rather, it’s derived from a new-ish branch of motor learning called 'the science of expertise'.
Most tennis players spend hours on the practice courts. And for good reason - tennis is darn tough. The question is, are these hours on court productive hours or redundant? How can we know? To assess whether our training is effective (and that it'll transfer to matchplay) we must first understand the demands of elite tennis.
In this post, we’ll review a study by Pereira et al (2016) that dives into the movement details of professional tennis. Other studies have previously analyzed movement characteristics; but, those studies replaced tournament matches with simulated matchplay. The present study observed movement characteristics via official ITF sanctioned matches.
For many in the tennis world, this time of the year means tournaments, and lots of them. Players from all over are either preparing or competing in ITF Futures events, open tournaments and club matches. With that in mind, I thought it’d be interesting to take a look at a typical training week for players competing in weekend events/matches. Good news is, Dariusz Lipka (former 1000 ranked ATP player) was in town this past week to train & compete in an open event - a mini preparation block for his upcoming Futures circuit this summer.
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).