“Get set”...“use your legs”...“keep your wrist locked”...“step in!”...“move forward”...“hit higher”...“follow-through”...
If you walk by a tennis court during a lesson, these are only some of the phrases you’ll hear being shouted from across the net. The problem (beyond their vagueness) - as we alluded to in last week’s post - is the constant bombardment of these phrases. At times, players don’t just hear one cue or piece of feedback, but 5 or more. And further to that, it’s on every ball! Is this feedback facilitating learning? Or hindering it?
Like many coaches, I work with a variety of players. This includes older teens looking to make the transition to pro, juniors that are still honing their skills, seniors that want an edge and pros climbing their way into the top 100. On top of that, it’s a mix of females and males.
This get me thinking (and contemplating) - is my on-court and off-court feedback impactful? Is it driving change? Or impeding it?
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:
Have you ever been working on a player's forehand and thought "they're just not getting it". And instead of talking the player's ear off with detailed mechanics or trying every cue in the book, you decide to get them to throw a med ball.
All of a sudden, after just 1 or 2 cues - something like “thrust your rear hip” or “turn your torso, then release the ball” - they found the correct movement. You then return to hitting forehands and voila, they finally ‘get it’.
When beginners first start playing tennis, their movements are rather mechanical. While many coaches appear frustrated, this process is totally normal. Why so? Early on, a beginner uses a lot of conscious effort in order to complete a task. But with exposure (and hopefully proper instruction), their movements begin to stabilize...and eventually, after considerable time, they don’t even have to think about their actions, they simply ‘do it’.
If you’re involved in tennis at any level, you’re like me, constantly searching for ways to help players learn and improve.
At the base, though, what is it that we’re trying to improve? From my perspective, it’s skills - the more skilled a player is, in theory, the better they’ll perform (although even skilled performers can underperform...but that’s a whole other topic).
Imagine this scenario. An amateur player takes a lesson from a coach with the hopes of hitting a forehand like Roger Federer.
Let’s say the coach plays along. He/she presents a sequence of images to the amateur in order to see exactly the various phases of Roger’s forehand. Next, the amateur performs shadow swings, going through each position as carefully as possible. The coach then feeds the amateur a few balls, providing feedback ONLY on how close the stroke looks to Roger’s.
Coordination training is an often misunderstood and at times haphazardly delivered element of physical preparation. As with everything in coaching, context is king. A simple search of coordination training can lead you to a whole host of elaborate and dynamic drills. A well-meaning coach sees these drills and looks to implement them in their next practice – again I’m not suggesting that this is malpractice, but, more often than not, the context for including that exercise is missing.
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.
In last week’s post, we introduced the concept of grit. We also took a closer look at grit’s correlation to elite sport. What did we find? For one, according to recent evidence, elite athletes across many sports are grittier than their non-elite counterparts. Secondly, those same athletes more consistently commit to their sport over the long haul - in other words, they stick to it. And lastly, the grittier athletes (the elite), were more adept at persevering through challenges compared to non-gritty athletes.
Tennis itself is primarily an individual sport. Even if you play mostly doubles, individual differences between players exist at all levels of the game. This concept is known in sport science as the principle of individualization. Research studies and coaching experience tell us that all athletes respond differently to training. That’s why many fields of study exist - from psychology, to motor learning and strength & power training - each attempting to answer questions that help us better understand human behaviour and the stress-adaptation process (and why there is so much variation in responses to the same training stimuli!).
In last week’s post, we took a closer look at the principle of progressive loading and offered several ways in which we can effectively ‘progress’ a player both on and off the tennis court. To reiterate last week's point, it’s critical that we look at progressions from a long-term macro perspective. Why so? Well, progress is rarely (if ever) linear. Further to that, each of the biomotor qualities that we spoke briefly about last week (speed, strength, stamina, suppleness, skill), improve and regress, depending on which we give greater attention to (i.e. more training stimuli).
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).
While there was a lot of positive feedback from last week’s post on blocked vs. random practice, there was also a bit of confusion. I suppose the term ‘random’ can be a bit misleading. To clear the air, this week’s post will attempt to clarify the supposed dichotomy between blocked and random practice and offer a slightly different perspective to the argument. Furthermore, there are 2 other forms of practice - called ‘variable practice’ and ‘constant practice’, which can be influenced by both block and random approaches. Lastly, several examples of each practice type will be offered and described, along with the 'why' behind their use.
Many experts in the field of motor learning believe that the way a coach interacts with an athlete, bears a tremendous impact on the improvements that athlete makes. These same experts, however, would argue that the organization of a practice is perhaps even more important than what a coach says to his/her athlete. Let’s assume that to be true for a moment. As a coach, would that change the way you look at your practices? As a player, would it affect your perspective when attempting to improve serve accuracy, for example?
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’.
What if I could tell you the secret to successfully winning more points and being more in control of a match? Would you want to know? Of course you would! It’s not a secret but sometimes, we look past it, forget about it or take it for granted. You must know the road ahead, because if you know what’s coming next you have an incredible power called Anticipation. Anticipation is the ultimate advantage! The first step in increasing the power of anticipation is to realize and affirm the number one body part that you'll use to play tennis – your eyes. The skill of shifting the eyes from what you just did - striking the ball - to noticing the body position and the racquet position of your opponent, is a critical one. The main reason we lose points and get beat is we fail to anticipate what’s coming next.
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'.
Bend your knees. Use your legs. Turn your shoulders. Extend your elbow at impact. Flick your wrists. These are just some of the verbal cues that we’ve all heard countless of times. Notice any similarities? Let me give you a hint...the focus of these instructions are directed exclusively towards a body segment or part. Is this type of feedback relevant? Does it help improve technique and ultimately, performance? Let’s take one of these examples and break it down. 'Bend your knees'. How does a player interpret this cue? I mean how low should I bend my knees? Is a 90 degree bend more or less effective than a 100 degree bend? On which type of shot? Should one knee be bent more than the other? As you can see, this cue can be interpreted in a number of different ways depending on the athlete and the context.
This is a follow-up to last week’s article. This post will attempt to clarify the misconception that dynamical systems theory (DST) and nonlinear pedagogy (NLP), which for the sake of simplicity I will use interchangeably, are solely game-based approaches to coaching. To highlight this fallacy, we’ll define both open and closed skills - which is often a poorly understood topic in and of itself. Finally, we’ll take a look at the complexity of learning through the lens of fixed versus variable movement patterns - what they are, how they’re developed and why both are necessary qualities for skilled movement execution.