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The Best High Performance Tennis Academies In Europe…Reflections On A Coaches Tour Of Europe
This article has been adapted from Kovacs Institute, but we thought iTPA members would find it useful.
Over the last two years the Kovacs Institute has been fortunate to evaluate nearly two dozen of the top junior development tennis training environments. In 2022 it was going to major academies, training centers and visiting with top coaches in Florida. In 2023 it was evaluating the top training environments in Spain, France and Italy. The 2023 trip included nearly 20 top junior development coaches who work daily developing young talent from 6-18 years of age. The main goals of the tour were:
- To learn from some of the best tennis coaches, tennis teachers and academies across the spectrum of elite level junior tennis development.
- To better understand the level of the best junior players in the world at the various stages along the junior development pathway.
- Look for commonalities among the best coaches and why they have been successful for multiple decades.
Click the pdf link below for the full article!
The Importance of Hip Range of Motion in Tennis
By Patrick Aubone, CTPS & Dr. Mark Kovacs, CTPS, MTPS
Hip range of motion in tennis is one of the most challenging areas to train and treat. It is well understood the importance of the hips in the tennis player both from a movement standpoint, but also from a stroke efficiency perspective. Limitations in hip range of motion has been linked to lower back issues and also shoulder and upper extremity problems. In tennis hip range of motion is important in order to transfer energy from the lower body to the upper body through the kinetic chain. Repetitive rotational stress in the lower extremities playing tennis can lead to sport specific range of motion adaptations. Such adaptations may increase the risk of injury to other joints along the kinetic chain.
The increase risk of injury due to lack of mobility is worrisome at the recreational level. Common injuries seen include shoulder injuries, tennis and golfers elbow, abdominal pulls, groin and hamstring pulls. Some if not all of these can possibly be prevented by increasing the hips range of motion. Abdominal strains are linked to hip flexion contractures. A hip flexion contracture is caused by sitting for extended periods of time. In one study hip flexion contractures were linked to abdominal strains with iliopsoas tightness. Tight ligaments and muscles were more related to injury in men not in women in one study done on college athletes (Krivickas 1996)
Increasing range of motion is important because decreased hip strength may be associated with poor control of lower extremity motion during weight bearing activities. A lack of hip strength can lead to abnormal patellofemoral motions and pain. Individuals suffering from patellofemoral pain syndrome demonstrate significant impairments in hip strength. The question now is how can one increase their range of motion? The following exercises will help increase quadriceps and hamstring flexibility along with increasing hip range of motion.
- Figure 4 stretch – Lying flat on your back place the outside of the right foot on the left quadriceps. Next place the right hand through the triangle and grab the left shin with both hands. Next pull the left leg towards your chest as far as possible stretching the right glute.
- Single Leg Flexion – Start with one leg back with the knee downward flat on the ground while the opposite leg is flexed at 90 degrees. Make sure that your forward foot is in line with the same side hand in order to keep your shin vertical. Next place the hand on the foot locking it in place and sprawl the opposite leg back and drop move the forward knee slightly outward. From here move in and out with the front leg to loosen up the hip capsule.
- Hip External Rotation – Sit upright with your legs straight out in front of you. Set up by learning toward one side and swing the opposite leg forward perpendicular to your body. Next extend your back leg keeping the foot flat on the ground and maintaining a flat back. Slowly lower your chest towards the ground. Make sure to hold the front foot down, one you have reached your limit experiment by rotating your torso in different directions still maintaining a flat back.
Here are 10 common hip stretches that can be a valuable addition to an athletes training – http://dailyinformator.com/10-piriformis-stretches-to-help-you-get-rid-of-sciatica-hip-and-lower-back-pain/
These are just a few exercises that can help increase range of motion in the hips and help prevent injuries. Because of the rotational nature of the sport it is vital to have a healthy kinetic chain from the ground up. The hips and glutes play an important role in the entire kinetic chain and their flexibility and range of motion is very important.
Here is another great resource on stretching the hip (as well as many other body parts) in the Dynamic Stretching book and the Stretching Strap Workbook at the link http://mark-kovacs.com/products.html
Sources:
https://www.ncbi.nlm.nih.gov/pubmed/25214532
https://www.ncbi.nlm.nih.gov/pubmed/8931525
http://www.jospt.org/doi/abs/10.2519/jospt.2007.2439?code=jospt-site
Patrick Aubone CTPS, MTPS, M.S.
EXOS Phase 1 Mentorship
USPTA Lvl 1
PTR Professional
Lateral Acceleration: Djokovic, Nadal and On-Court Training
by Doug Eng EdD PhD, MTPS and Bharathan Sundar
Tennis movement can be characterized by primarily short lateral bursts over typically 3-4 m initiated by a reactive split-step. Movement can be improved by: 1) strength-speed training, 2) technical training, 3) and anticipation training. Kovacs (2009) summarized the importance of lateral movement training. This article will address on-court lateral acceleration with regards to strength-speed and technical training. Lateral acceleration depends on unilateral movement, or specifically, the outside leg to enhance ground reaction force (GRF).
Click below to read the full pdf!
Posted in Lateral Movement, Movement, Speed & Agility, Training
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RETURN TO TENNIS (RTT) MODEL FOR HIGH PERFORMANCE PLAYERS Webinar
Great 60 minute webinar on the topic of Returning To Tennis Focused On High Performance Players. In this webinar Satoshi Ochi, MA, CSCS, CTPS, MTPS and Mark Kovacs, CTPS, MTPS discuss the Return To Tennis (RTT) Model using real data of Top 100 and Top 200 WTA players and a plan to help you use this information to help better structure your Return To Tennis planning and periodization. Also in this webinar, Jonny Fraser, CTPS, MTPS provides some great insights in working with high performance junior players.
Posted in Dr. Mark Kovacs, Training, Video
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Functional Core Training for the Tennis Athlete
Guest Post by Josh Rifkin, MTPS, RacquetFit, USPTA, CHEK, FMS, LMT
Co-Director of Fitness and Academy Coach, The Austin Tennis Academy
Medicine ball throws, long plank holds, crunches and sit-ups. Is this type of core training for the tennis athlete flawed? These types of core training methods have been around for ages, but does that mean these methods are optimized? I would argue no. While most videos and core routines posted for tennis athletes are either extremely dynamic (medicine ball throws) or extremely static (record breaking plank holds) there is a huge link missing from this to help optimize a tennis athlete’s performance, not to mention protect their bodies from injury.
All of the following components of core training must be included for the tennis athlete:
- Anti-Rotation: Movements that resist rotation in the spine (All strokes in tennis)
- Anti-Extension: Movements that resist extension in the spine (serve focus, groundstroke posture)
- Anti-Lateral Flexion: Movements that resist lateral flexion, or side bending (all strokes in tennis)
- Static Core Stability: Resisting movement or creating “stiffness.” in the trunk. Prerequisite before powerful and dynamic core movements
- Dynamic Core Stability: Maintaining postural control and stability while under load/stress or movement in multiple planes of motion. (All situations in tennis)
- Perturbations: External Disturbances or Stimulus (like contact of a ball). Fires reflexive core stabilization
As you can see, plank holds or medicine ball drills are just beginning to scratch the surface of the core training needed to optimize the tennis athlete’s body.
I’m sure most of us are familiar with the kinetic chain, and transfer of force or energy for the tennis athlete. This concept must be addressed in core training or you risk leakage of energy, inefficiency in movement/strokes and injury. The tennis athlete is extremely dynamic, competes in multiple planes of motion, in a chaotic and uncontrolled environment. Core training must mimic these demands.
The tennis athlete must have a strong and stable foundation in which they can transfer power, repeatedly and controllably. This comes from a concept coined by renowned biomechanists Janice Moreside and Stuart McGill. This concept is “proximal stability for distal mobility.” Proximal meaning situated near the center of the body (ie, core) and distal meaning situated away from the center of the body (ie, arms/legs). Functional core training for the tennis athlete must address this concept to fill in the missing links of partial range of motion drills and prematurely executed sexy and dynamic power drills. Simply stated, the tennis athlete must train with a controlled platform (proximal) for a mobile, yet controlled and dynamic (distal) environment.
“In an efficient state the trunk provides appropriate proximal stability or controlled mobility to support optimal task or postural performance.” Basmajian, J. V. (1993). Rational manual therapies. R. Nyberg (Ed.). Williams & Wilkins.
Working with tennis athletes in these functional ways help us connect the kinetic chain while improving stability when exposed to the court.
This is one of my favorite images to show the importance of this: Taken from Paul Chek’s Scientific Core Conditioning:
This image shows how the small stabilizer or intrinsic system supports our structural integrity to allow stability when the larger prime mover muscles provide force production. Addressing core training with only dynamic movement drills and partial range reps (med ball throws and sit ups) only address the “outer unit” neglecting the “inner unit” exposing potential risk on the “mast.” On the other hand, drills that only address stiffness and stability (plank holds) without any dynamic components neglect the fact that the tennis athlete does not perform on court while stiff and braced. Back to the concept above, “proximal stability for distal mobility.” Of course there are times when all of these traditional training methods should be used and everyone should know their “why” behind programming any exercise. However, incorporating more functional movements will ensure the athlete be better equipped to handle the med ball drills and any other power movements you incorporate into your training. Not only this, it engages the athlete at a higher level due to high level of specificity for their love, tennis. No pun intended. They can connect to the “why,” and it challenges their nervous system in a way partial range mind numbing stomach hardening crunches do not. These partial range prime mover exercises also play a role in contributing to postural imbalances. These imbalances affect the structure of the “mast” and hurts efficiency of the kinetic chain.
I challenge everyone to get creative with their core training to help the tennis athlete be exposed to more specific demands they will see on the court.
Here are just 6 of many of my favorite functional core exercises you can play with (pictured at the end of this article):
- Side plank with top arm in “Y” position, performing small shoulder pulses or movements with a band
- Stance Specific Isometric holds with multi planar palloff presses/band movements
- Glute Bridge Variations with Perturbations (external disturbance or stimulus) from external force or band
- ½ kneeling or stance specific Swiss ball/med ball movements with arms (can add perturbations to ball)
- ½ Turkish get up to bridge with hold (can add perturbations to top arm or bottoms up kettle bell)
- Medicine Ball Shadow Shots with end position holds (can add perturbations to the hold)
To conclude, you must be able to resist and stabilize movement in order to produce it repeatedly with power, efficiency and safety. Following the concept of “proximal stability for distal mobility” can fill in this missing link of core training for the tennis athlete. In a functional environment the cores job is not to only produce movement, but to stabilize and resist movement as well. Functionally, core musculature will co-contract to help create stiffness and stability in order to protect the body’s joints by connecting the kinetic chain and transfer forces/energy (see types of core training listed above). Have a direct “why” in your core training.
So I’ll ask the question again… is the current core training for the tennis athlete optimized? You decide.
For more information or any questions on how to optimize core training for tennis you can reach out to Josh at:
Email: jbrifkin1@gmail.com
Cell: 2603855913
Insta: @Coach_Rif
DON’T MISS THE CORE TRAINING EXERCISES BELOW!
Posted in Core and Legs, Medicine Ball, Training
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Simple Exercises That Can Be Done To Potentially Reduce Injuries And Increase Performance
Here is a great video where three of our ITPA professionals (Dean Hollingworth, CTPS, MTPS; Jonny Fraser, CTPS, MTPS and Trevor McPherson, CTPS) provide over 200 adult competitive tennis players with some important exercises that can be incorporated into weekly programs. This was a presentation at the Tennis Congress. Watch this video to get some ideas on how best to perform these exercises.
Training Your Core For Tennis
This is a great video from Dean Hollingworth, CTPS, MTPS. Dean is one of the best in the business and an ITPA Master Tennis Performance Specialist (MTPS). Here are some great exercises that are appropriate for tennis players to improve core strength, stability and endurance. This video was taken during the TENNIS CONGRESS. The iTPA is the official sport science and tennis fitness provider for this event and we have dozens of iTPA members on the faculty.
Podcast: Strength & Conditioning for Tennis Players
Here is an interesting podcast with Mark Kovacs discussing some of the most important aspects of strength & conditioning for tennis players.
Posted in Podcast, Speed & Agility, Strength, Strength Training, Training
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Modern Tennis Movement: Learning from Rafael Nadal
PART I – CHANGING PHYSIOLOGY, DEMANDS OF MOVEMENT AND THE CASE STUDY OF NADAL
by Doug Eng, EdD PhD CSCS CTPS MTPS
Traditional tennis movement has been taught as involving quick, small, shuffle and adjustment steps. The traditional clay court game has been taught with additional sliding movement involving long, grinding points. However, today’s matches don’t involve as many long rallies as 40 years ago. Research on modern tennis movement shows today’s game has some different characteristics. Points are shorter and faster creating greater demands on speed, agility and quickness. Continue reading
Posted in Movement, Training
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