Archive for swimming
How Can Strength Training Help?
For most endurance athletes the benefits of strength training are outweighed by the fear of gaining too much bulk, loss of flexibility and diminished "feel" of their sport.
Let’s get one thing clear right now, strength training for endurance athletes is not about developing a ‘beach body’ or turning you into a muscle bound hulk. I can promise you that getting down to the gym to strength train for two or three times a week will make you stronger in your event (running, cycling, swimming, adventure racing). I’ve worked with enough endurance athletes to know that a good strength training programme will not only make you stronger and faster but will help you to remain injury free.
Still not convinced? Here’s the top 5 training benefits that can be yours in exchange for just two to three short strength training sessions each week.
1. Increased power output – the fastest person wins the race, right. To be fast you need to be powerful. To be powerful you need to be able to generate force. So it doesn't matter if you are splashing around in a pool or running the streets, you need to be able to put down more power which will translate to higher speeds on the tarmac or in the pool.
2. Power up those hills – if you are a runner you will know that there’s no such thing as a fast flat course and if you want to see how a race can be won or lost on the hills watch a clip of Fraser Cartmell destroying Stephen Bayliss on the final hill in an Ironman 70.3 event.
3. Increase the strength of your swim stroke – maybe running and cycling isn't your thing but by simply developing increased strength levels you'll be able to grab hold of the water and pull yourself through and watch how your stroke count drops.
4. Improved endurance – we don’t all have lungs like dustbin liners and hearts to match so there will be genetic limitations as to how much you can improve your aerobic capacity. Strength training will improve your muscular strength and endurance helping you become more efficient, which means you will be able to work at a higher percentage of your aerobic capacity for longer. Become efficient at what you do.
5. Banish those aches and pains – strength training will improve your gross athleticism making you a more robust athlete, allowing you to withstand the training demands placed on your body and helping you steer clear of injuries. I ran a clinic recently for runners and every single runner had been injured or had an injury….actually that's not correct, one lady wasn't injured but she had only taken running up 2-weeks before the clinic (only a matter of time then!). Same goes for cyclists with knackered knees and backs and swimmers with shoulders that are constantly pulsating with pain.
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In the quest for performance, swimmers typically cover thousands of meters in the pool (and I've still not worked out why 4km in the pool is a sensible distance for shorter distance events) with nothing more interesting to do than look at the ceiling or bottom of the pool. But according I'm going to show you how a properly designed land-based strength and conditioning program is essential too, and simple circuits on the poolside are not enough…
Land work for swimmers is becoming increasingly popular, although it is by no means a new concept. Researchers and swim coaches have been expounding the virtues of ‘land based’ training since the late 1970’s (1,2,3,4,5,6 )However, many ‘land based’ training programmes that I come across simply don’t hit the mark when it comes producing a really positive impact on performance.
Most coaches pay lip service to strength training by simply ‘bolting on’ a circuit session at the end of one of their pool sessions. Although well intentioned, they try and cover everything from injury prevention and rehab through to power development in one 30-minute training session a week. This is better than nothing and can be a good starting point. However, the purpose of this article is to provide you with an overview of some of the key strength and power development strategies that coaches and swimmers can implement to get maximum bang for their buck.
Sport specific vs. transfer of training effect
Before we discuss the areas that can have the largest impact on swim performance, we need to clear a couple of points up. Sport specific work is the best way to get better at that sport; if you want to be a better swimmer, then swim! But how can you make additional gains when you have maximised your swim time? One way is to add ‘land based’ training. However, the big problem is that coaches often fall into the trap of being ‘sport specific’ when designing their strength training programmes.
The main problem with developing exercises that are really sport specific is that you may be in danger of harming the one thing that you want to improve – swimming technique and performance. For example, an ambitious young coach that I once worked with had developed some sport specific drills replicating the swim strokes in the gym – so much so that he even set a metronome to the exact stroke rate used by the swimmer in the pool to perform each repetition of the strength exercise!
But by getting so close to the actual movement pattern in the gym, you may actually start to interfere with the neural patterns being laid down during swim training and actually make the swim stroke worse. If you want swim specific strength therefore, do it in the pool. Research supports the use of resistance devices in the pool such as the use of a tether, or rope with a sponge attached etc(7). But just lying on a bench in a gym trying to replicate your freestyle stroke to the sound of a metronome is wasting time and effort. What you should actually be thinking about is the ‘transfer of training effect’ – ie what exercises can I perform that will have transfer over to improved performance in the pool?
Where can the strength coach make a difference in the pool?
Research shows that decreases in swimming speed throughout a race are the result of decreases in the power-producing capacity of the swimmer (fatigue) and swim performance(8). However, whilst this is an important area to consider when developing a swimming strength training programme, my experience working with elite swimmers indicates that there are two main areas that strength and conditioning coaches should focus on – starts and turns.
The training methodology here will not only improve your swimmers explosive power so that they can get off the blocks at the start of the race and explode off the wall at every turn, it will also have a positive impact on power production during the actual stroke, as well as injury prevention and rehabilitation. Research carried out in the former Soviet Eastern Block confirms that explosive strength is vital for the swimmers seeking a fast starting take-off, and strong push-offs with the legs on the turns(9).
(if you start right….)
How do we improve strength and explosive power?
Almost all muscles are used in swimming, from the top of your head to the tip of your toes. This is exactly how you need to develop the strength and power required to get off the blocks and out of the turns as quickly as possible. Isolation exercises are a waste of time, because this is not how the body works. Box 1 below provides just four exercises that all help develop explosive starts and turns.
You will note that all of these lifts are bilateral. I’ve assumed that you will have already developed appropriate levels of unilateral strength before embarking on these more advanced techniques. If you adopt the increasingly fashionable track start for getting of the block then you will want to include several unilateral versions of the lifts described in this section to increase the transfer of training effect.
Squat (front or back, overhead)
While there are many variations, the basic squat is the foundation for nearly every functional movement involved in developing the all-important ‘triple extension’ required for fast starts and quick turns. Not only do you get all of the benefits of the more traditional back squat but you also start to train the recovery phase of the power clean (another core lift for developing explosive power).
Deadlift
Another great exercise for developing the strength needed to go from a ‘dead’ start, as well as being the start point for the key Olympic lifts such as the power clean. Deadlifts are a simple exercise really, made difficult by over-trying and over-thinking:
Jump Squats
The jump squat is a great exercise in its own right, but can also be used with a conventional squat as part of a squat ‘complex’ or ‘superset’ (ie perform a set of squats then with minimal rest, perform a set of jumps squats). Using complexes allows you to develop the strength qualities of the lower body using the squat and then exploit the explosive properties of the lower limb using the explosive squat. You can use bodyweight or external loads (barbell/dumbbells), just make sure you don’t compromise technique for load.
Stiff-leg Deadlift
This is an advanced lift and requires great hip/hamstring flexibility and the ability to maintain normal spinal curvature. It’s an excellent choice for developing the swimmers posterior chain.
Olympic Lifts
We can’t talk about explosive power development for swimming without discussing the Olympic lifts. A lot has been said about the efficacy of the Olympic Lifts (clean, jerk and snatch), and whether or not they have a role to play in the development of sport specific power.
I like to use these lifts with swimmers, but they are advanced lifts. If you are not confident in the coaching of these advanced lifts you will still be able to develop power using the four lifts outlined earlier in. They are important lifts for developing triple extension but it is important to realise that they are not the be all and end all.
Programming
Simply having a collection of exercises that you can use as a coach to develop your swimmers strength and power is a bit like having a recipe and only knowing the ingredients. What you need to know is how to put it all together – how much of each ingredient should you use, in what order and for how long.
The key thing to remember when putting together a strength program for a swimmer is that it is not your job as the strength and conditioning coach to overload the swimmer with even higher volumes of training. Your swimmers’ strength programs should focus on developing strength and explosive power, which means, high intensity and low volume training. Box 2 (below) shows how these exercises can be combined:
Programme Design Principles
Sets
When developing strength and power, your swimmers should be working low reps, which means they will be able to use more sets. You should be looking at no more than 20 sets per training session, which limits swimmers to around 4-7 exercises per training session (that’s why you need to pick exercises that are whole body to give you maximum impact). Remember you are not ‘isolating’ muscles, so there should not be lots and lots of exercises in this type of programme.
Reps
Your swimmers will be working within the 1-8 rep range. If they are developing ‘absolute’ strength they will work at the top end of the rep range (between 5-8 reps). To improve their relative strength, they will need to be working at the bottom end of the rep range (between 1-4 reps). The total number of reps for a session will be between 12-100 reps.
Recovery
Strength and power development is intense. The very nature of this type of training requires greater recovery periods for the musculoskeletal and neural systems. Anything from 2-5 minutes recovery between sets is acceptable.
Training tempo
Most programmes I see begin and end with the above three programming principles. A lot of coaches neglect the importance of lifting tempo. For muscles to develop strength, they need to spend time under tension (TUT). Tempo is simply a method that good coaches use to adjust the duration of the rep (ie TUT).
It is typically written as a three digit formula: Eccentric: Isometric pause: Concentric. When it comes to strength development the TUT for a lift may look like 2 0 1 (3 second lift with a longer eccentric phase, no pause and a quick concentric phase. If performing an explosive movement you may simply use an ‘X’ to indicate that the exercise is performed as quickly as possible.
Is the use of tempo necessary? Some will argue that it over complicates the programme, but my argument is that at the very least it informs the coach and swimmer how you want the reps to be completed. There is a huge difference in training effect if you complete a squat with an X 0 1 tempo compared to a 3 2 3 tempo. The first will develop explosive strength; the second will develop control and stability!
Summary
As a coach you need to start thinking about how dry land training can influence swim performance, decide on the exercises you are going to use to develop the appropriate strength and power qualities, before finally putting it all together using the training principles outlined in this article. Circuit based training sessions still have a place in the overall swimming programme, but you should be thinking about incorporating some of the lifts outlined in this article into a specific strength and power training session.
References
1. NSCA J; 1 (3): 8–11, 1979
2. NSCA J; 3 (5): 36–46, 1981
3. NSCA J; 2 (1): 24–26, 1980
4. NSCA J; 6 (2): 48–51, 1984
5. NSCA J; 9 (3): 38–41, 1987
6. J Strength Conditioning Research; 8 (4): 209–213, 1994
7. J Strength & Conditioning Research; 20 (3): 547–554, 2006
8. Med & Sci in Sports & Exer; Sept 38 (9). 1635-1642, 2006
9. NSCA J; 8 (2): 56–57, 1986
I was recently asked by the editor of Sports Injury Bulletin to reflect on four developments over the past decade that have influenced my practice as a strength and conditoning coach. My answers have an injury reduction bias (given the nature of the article) but have all influenced the way I work with my athletes and clients.
What would your answers be?
Four developments over the past decade have influenced my practice as a strength and conditioning coach.
Core stability and strength
For me the work of people such as Shirley Sahrmann, Stuart McGill and Steve Saunders, has helped shape my approach to core stability and strength training. The key is to establish stability first, then develop movement. But achieving stability is not just a matter of activating a few targeted muscles; it changes as a function of the demands placed upon the musculoskeletal system. Gone are the days of 1000′s of crunches. My athletes now spend much more time working on the ability to stabilise and resist movement.
Pool-based training
I first used the pool when helping to prepare the gymnast Craig Heap for the Sydney Olympics. He had sustained a hand injury six weeks out from the games. To keep him as strong as possible, we incorporated a twice-weekly trip to the pool into his training schedule – it is great for maintaining an injured athlete’s fitness (strength, power and cardiovascular endurance). Subsequently I used pool-based plyometrics to keep an England Netball player competing while she was battling chronic knee problems. Numerous athletes have since spent time with me at the pool, reaping the performance benefits it has to offer.
Angela Calder was the first person to show me the benefits of the pool for recovery and regeneration. For many athletes it is a particularly useful replacement for ground-based training as the competitive season drags on and the constant repetitive nature of sport takes its toll on the body.
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Recovery and Regeneration
I had never even thought about recovery and regeneration until I started working with England Netball in 2001. I’ve never doubted its importance since. Recovery is arguably more important than the training itself, yet it is often neglected. My continuing interest has led me to develop the recovery pyramid to help organise the various interventions. I’ve also come up with what I think are the top five mistakes when it comes to recovery and regeneration.
i. Not having a recovery strategy – The biggest mistake of all. We all have mobile phones, iPods, and laptops and they all run off batteries. If we don’t charge the batteries they won’t work. The human body is no different. Increasing your rate of recovery increases your ability to train.
ii. Concentrating on the percentage points – all serious and elite athletes focus on getting the “edge”, looking for the one thing that will make the difference. They concentrate so hard on the 2% that they forget about the other 98%. Get the fundamentals of recovery sorted before you go for the fancy stuff. Walking round in compression garments all day is not going to help your athlete’s recovery if they have crappy nutrition, crappy training programmes and insufficient time to rest (active and passive).
iii. Endlessly repeating the formula and expecting to get results: Prolonged reliance of any given form of recovery will result in diminishing returns. East European experts recommend that the same recovery strategy should not be applied more than once or twice a week (Mel Siff, Supertraining). Fatigue is multi-factorial, and the form of recovery should reflect the dimension of fatigue being addressed.
iv. Not keeping a training diary – Simple but effective, a good training diary can act as an early warning system, sending out red flags that highlight when an athlete needs to pull back from training. The athlete should track the quality of their resting heart rate, sleep quantity and quality, energy levels, training quality, motivation, health, and nutrition.
v. Short-termism post-training – Recovery and regeneration is a 24-hour thing. Your client may well be training one to two hours, and three to five times a week. If they do any reovering work, it will probably be immediately after the training session for, say, 30 minutes. That’s 1.5 to 2.5 hours a week of focused recovery, leaving more than 165 hours when they are not thinking about recovery.
Massage
I first appreciated the importance of massage while working at the English Institute of Sport in 2003 but initially struggled with it because of the complete lack of robust research to validate it. Nothing has really changed, other than my acceptance that massage is an important component in training and injury prevention/rehabilitation strategies.
As an adjunct, I wouldn’t be without the increasingly popular foam roll. I remember watching Mike Boyle’s Foam Roll Techniques DVD back in 2005 and rolling around on the floor to see what all the fuss was about. It wsn’t long before I felt the benefits! The foam roll — or ‘poor mans massage’ as I like to call it — is a fantastic and simple tool for helping to maintain tissue quality. Every client of mine spends time on a foam roll; it has changed the way I work with clients.
I love it when we start to get stuck into the summer as it means that Monday mornings are often filled with e-mails and texts from the athletes that I work with, letting me know how they got on at the weekend, in whatever sporting event they were taking part in.
I got an e-mail from Tracey Sample this afternoon to tell me she has qualified for the GB team (40-44 age group), and will be competing at the World Sprint Distance Triathlon Championships in Budapest this summer. Well done Tracey – top effort.
Tracey has been training with me for almost two years and when she first came to me she was as weak as water and it was quicker to ask what wasn’t sore and injured than what was! I’ve heard stories that at the end of the 2008 season Tracey resembled a mummy at the final race of the season!
The transformation in her strength levels and more importantly her ability to withstand the demands of training and competing in triathlons are impressive (although manufacturers of zinc oxide tape have seen share prices drop since Tracey has started working with me!).
We wish her all the best for the next couple of months training and we will be watching closley to see how she gets on in Budapest.
The principles of periodisation based on Eastern European principles are the foundation of many athletic training programmes. Surprisingly little is supported by research despite the fact that it is widely used and widely written about, despite the numerous presentations on this topic, and despite the fact that it apparently works based on practical observation (2).
Tradition dictates that to be successful in endurance based sports you need to complete high volumes of training. The traditional approach is to move from high volume/low intensity to low volume/high intensity work. Basic periodisation also moves from general to more specific work as the competition approaches (5). This is a popular method and is heavily featured in the classic book on periodisation by Tudor Bompa, Periodisation: The Theory and Methodology of Training. Volume, early on in the training cycle is better, but what if intensity and not volume is really the key for unlocking your athletic potential?
An Alternative Approach
Albert Einstein’s definition of stupidity is “doing the same thing over and over again and expecting different results.”
I’m sure when you read Albert’s quote you thought to yourself, well that is obvious; of course you can’t expect to get a different result by simply doing the same thing over and over again.
Well, whilst I agree with you that it seems obvious, what I am constantly amazed at is that even now, how often I see people doing exactly that. What would your reaction be if I suggested you try the exact opposite of everything you believe to be true about developing endurance? Would you be prepared to give it a shot?
Now I’m not suggesting that classical approaches should be scrapped altogether, but in events where local muscular endurance is required, as for swimmers, runners, cyclists, rowers and triathletes, reverse periodisation may be the better option (5). The same can also hold true for athletes competing in team and combat sports.
Changing Paradigms
When I graduated from University more than a decade ago the books and research papers that I had been studying all told me that there was just one way to improve your endurance capacity. I’m pretty sure that paradigm still remains as the cornerstone of many a sports science manual.
As I started to work with athletes from various sports I found myself reciting the now well entrenched mantra of those traditional models for endurance training “you must first develop an aerobic base…volume is the key”. Whilst I was outwardly recommending the development of an aerobic base, my gut instinct and own training experience nagged away at me, is this the only way?
Just a couple of years out from university, around 1999 I discovered an alternative approach that was being offered up by Ian King, an Australian strength and conditioning coach. In his book, Foundations of Physical Exercise, Ian presented an alternative to the traditional model (Fig 2) for the periodisation of endurance, ‘Reverse Periodisation’.
The Light Bulb Moment
As I read Ian Kings book I had one of those ‘light bulb’ moments and I’m going to share with you an extract from his book.
“(page 80)…The ‘reverse’ approach is based on maintaining intensity closer to that at the competition demands, recognising that initially the athlete’s capacity to perform this will be low. Then to increase the volume progressively, without sacrificing the intensity. In summary, the goal is for the athlete to learn how to run fast over a distance that they are capable of running fast over, then increasing that distance.
The difference in approaches of these two models is essentially this – the traditional model commences with capacity (volume) and shifts towards power (intensity). The alternative model, as the name suggests, reverses this approach – commences with power and shifts toward capacity.”
What I liked about this ‘revised’ model was that it made intuitive sense. Whilst there was, and continues to be a distinct dearth of research to back the training methodology, this alternative approach made, and continues to make sense to me.
Despite a lack of scientific research, people that made a living from coaching athletes such as Charles Poliquin and Istvan Bayli continued to contribute to its design and use. Here was a training method that could be applied across a wide range of sports, from endurance events such as swimming and running to team and combat sports.
His model for reverse periodisation (Figure 3) can be traced back to eastern block sprinters. Infamous track coach, Charlie Francis understood the importance of training intensity and in his book, Speed Trap discussed how East German sprinters began their training at top speed over short distances, before increasing the distance as the season progressed. This training methodology was not reserved purely for sprinters and was also used by their swimmers who completed tough workouts in an endless pool (3). King’s argument was that what worked with speed and power athletes could also be of benefit to any sportsperson taking part in events that required an element of endurance. Key to his rationale is the concept that speed endurance must be developed at the appropriate pace.
A Traditional model for the periodisation of endurance.
1. Development of an ‘aerobic base’.
2. Develop foundations of specific endurance (threshold work).
3. Specific endurance work and speed and power training.
4. Taper.
The revised method pretty much flipped the more traditional approach on its head. Athletes using this method by pass the ‘aerobic base’ work and start by training specific endurance and speed/power training before moving onto threshold work and then tapering. At no point are they moving slowly for long durations.
1. Development of a ‘speed and power base’.
2. Develop foundations of specific endurance.
3. Combination training (variety of duration/specificity).
4. Taper.
One aspect of the more traditional approach that I often struggled with was that whilst developing an ‘aerobic base’ much of the training focused on central adaptations of the cardiovascular system (heart and lungs), paying scant regard for the muscles used to actually move the body! As Ian King pointed out in his book Foundations of Physical Preparation, “…endurance is more complex than this…specific conditioning for specific sports…is a special blend of the various physical qualities. Conditioning is not just endurance, and certainly not just about the heart and lungs.”
The demands placed upon the musculoskeletal system at slow speeds are totally different to the demands place upon it when working at higher intensities. It just didn’t make sense to me that you could expect an athlete to spend months plodding around building an aerobic base and then expect them to crank up the speed and start working at higher intensities as the competition season approached.
Essentially you are asking the musculoskeletal system to re-programme itself to cope with the increase in training intensity. If you want your athlete to compete at a certain intensity why not start at the intensity and build the volume on, not only will you get central adaptations that will go a long way to developing a lungs like dustbin liners but you will also develop the inter- and intra-muscular coordination that will help the athlete compete at the appropriate intensity. The development of endurance goes hand in hand with the functional specialisation of the skeletal muscles (6)
Take Home Message
I believe that reverse periodisation of endurance offers an effective alternative to more traditional training methods. As I mentioned at the start of this article, I’m not suggesting that we completely scrap the more classical approaches, simply that, if you have fallen into the trap of repeating yourself year after year, now may be a good time to try something new. This may be the first time you have ever heard of, let alone considered using reverse periodisation.
If you still need some convincing take some time to consider some practical points.
1. Why do you start each year like you’ve never trained before? Low intensity, steady state efforts are in my opinion a waste of precious training time if you already have a good training history. I would question if there is any need to do lots of long, low intensity work at all, as this will just lead to specific muscular adaptations – unless of course you want to compete at a slow pace for a very long time! Doesn’t it just make more sense to train the body to work at race intensity and then increase the volumes and therefore your endurance?
2. If cycling or running is your thing and you live in the northern hemisphere, you know that during the winter months, the nights draw in quickly and you will find that it can become too dark/dangerous to ride on the road or run out on the streets in the evenings. This often means you will have to slope off to the garage for a session on your indoor trainer during the week or pop to the gym and jump on a treadmill, and many people can only sustain about 45 minutes before boredom sets in! So with a reduced work time available it makes sense to train more intensely during the winter and to increase the longer rides and runs as the evenings draw out. Reverse periodisation is the perfect training method.
Fellow athletes may try to fill your head with misinformation about how all you need to do is develop a sound aerobic base and then build your speed work. But remember, if you are not happy with your current performances, simply doing the same thing over and over again is not going to help.
Albert Einstein knew a thing or two, maybe it’s time to stop following the crowd and try something new. What do you have to loose?
References
1. Bompa, T Periodization. Theory and Methodology of Training.
2. Cissik J, Hedrick A, Barnes M. NSCA J: 2008: 30 (1): 45–51.
3.Francis, C. Speed Trap: Inside the Biggest Scandal in Olympic History.
4. King, I. Foundations of Physical Preparation.
5. Marshall, J. Peak Performance: 2004: 198 (June)
6. Siff, M. Supertraining
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A new triathlon magazine hits the shelves this month. Triathlete’s World ran 3 trial issues last year and is now publishing monthly. Aimed at newbie triathlete’s like me this is, in my opinion a welcome addition to some of the more ‘hardcore’ tri mags currently out there.In this months edition you can pick up some top tips on bike handling “triathletes who train on their mountain bike in the winter gain a huge advantage over those who simply stick to the roads” – I’m sure anyone that attended the TRI Winter training camps at Whinlatter will agree! There’s a good round up of the latest turbo trainers to hit the market with a comprehensive review of each model. I’ve also got a 3 page piece explaining just how strength training can make you stronger and faster. If that wets your appetite for more information then check out the Smart Fitness and TRI seminar series. The first seminar takes place next week, looking at how strength training can boost performance and you will have an opportunity to find out exactly which moves you need to perform and then have a chance to try them out in our ‘hands on’ session. We still have a couple of space left so check out the events section.
Smart Fitness are teaming up with Total Racing International Coaching to bring you a seminar series that will offer the unique opportunity to learn how strength and conditioning can improve improve your triathlon performance.
The dates for the seminars are Feb 14th, March 14th, April 18th and May 9th. Each seminar will take place on a Saturday morning and will be based in Newcastle. The sessions will last for approximately 2 hours combining a classroom session followed by a practical hands on session with an optional ride afterwards.
The Seminars will cost just £25 each or if you book all 4 get one for free (ie £25 discount)
Spaces are restricted to 15 people to ensure we can create a good learning environment and the sessions are open to anyone interested in improving their personal best (from novice through to pro). Make sure you book early to avoid dissapointment!
To Book contact phil@totalracinginc.com or nick@smartfitness.org.uk
Dates and Topics:
February 14th
Strength Training for Triathletes – £3k bike – 50pence Legs!
For most triathletes the benefits of strength training are outweighed by the fear of gaining too much bulk, loss of flexibility and diminished “feel” of their sport. Discover how a well designed strength and conditioning programme will help you unlock your potential. Nick will show you how you can start to run and swim more efficiently whilst producing and maintaining higher power outputs on the bike, all of which will ultimately help you perform better and steer clear of injuries.
March 14th
Flexibility Training for Triathletes – Unravelling the Knots
Possibly the most forgotten aspect of training. Hours spent running, cycling and swimming will play havoc with your muscles and result in your sub optimal functioning, poor performance and an increased risk of injury. This session will explain the importance of developing your flexibility and then take you through some of the best techniques for improving your flexibility levels.
April 18th
Recovery and Regeneration – The 24hour Triathlete
You don’t get fitter from training – you get fitter by recovering from training. Find out how using the Recovery Pyramid will help you unlock your potential so that you can train hard without falling apart. In this session Nick will show you that it is not the 2 hours you spend training that are important, but what you do in the other 22 hours!
May 9th
Injury Prevention – Bullet Proof Triathletes
If you suffer from injuries then this is the session for you. Nick has a regular column in sports Injury Bulletin and in this session he will share with you the most effective injury prevention strategies that will help to keep you training. Nick will look at common injuries caused by each discipline and he will then show you how you can avoid them in the first place! If you have ever suffered from a painful Achilles, sore feet, swimmers shoulder, or knee pain then this is one session that you don’t want to miss.
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A new triathlon magazine hits the shelves this month. Triathlete’s World ran 3 trial issues last year and is now publishing monthly. Aimed at newbie triathlete’s like me this is, in my opinion a welcome addition to some of the more ‘hardcore’ tri mags currently out there.In this months edition you can pick up some top tips on bike handling “triathletes who train on their mountain bike in the winter gain a huge advantage over those who simply stick to the roads” – I’m sure anyone that attended the TRI Winter training camps at Whinlatter will agree! There’s a good round up of the latest turbo trainers to hit the market with a comprehensive review of each model. I’ve also got a 3 page piece explaining just how strength training can make you stronger and faster. If that wets your appetite for more information then check out the Smart Fitness and TRI seminar series. The first seminar takes place next week, looking at how strength training can boost performance and you will have an opportunity to find out exactly which moves you need to perform and then have a chance to try them out in our ‘hands on’ session. We still have a couple of space left so check out the events section.
