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Effective Indoor Bike & Run Winter Workouts

12/26/2015

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The treadmill is not a Medieval torture device, nor is the indoor bike trainer.  When icy roads, heavy snow and extreme cold threaten to wreak havoc on your winter training, we are forced indoors to continue training effectively.  

But, it’s critical to go into the workouts with purpose.  It’s all too easy to turn the brain off, tune into the TV screen or music and just while the time away.  Indoor workouts do not have to be unduly long in order to be super effective.  And, inserting a little variety into your indoor workouts not only helps break up the boredom of running or biking in place, it will also catapult you into kick-ass shape when working out outside is less than advisable. 

Varying the incline and speed on the treadmill not only adds variety to the run but also creates constantly changing stimulus; it keeps the body on its toes.  In a previous blog post, I talked about the value of riding inside year round, not just in the winter.  Same goes for the treadmill.  Three-time Mount Washington Road Race winner Eric Blake does many hill workouts on the treadmill to simulate the demanding inclines of the 7.6-mile all-uphill route.  

Here are some examples of effective indoor workouts for both the treadmill and bike trainer, each limited to just 60 minutes.  Certainly, you can adjust these and shorten them up to 40-45 minutes, and still get a lot out of them.
 
Hill Climbs 
Treadmill 
Warm-up 
10-15min, including 4 x 15sec strides with 40sec easy between 
Main Set 
Increase the incline on your treadmill to a 6-8% grade and perform 6-8 x 3min at 10K race effort (not pace) with 2-3min easy, flat running between reps.  You can go steeper, of course, but 6-8% is a nice mix of strength and speed so you’re not fighting gravity too much. 
Cool-down 
5-15min of easy jogging back down at 0% grade 
 
Bike Trainer 
Warm-up 
10 min building to steady L2 watts (or HR if not tracking power) 
Main Set 
Repeat 4x: 
3min L2 @ 90+rpm 
3min L3 @ 40-50 RPM 
1 min L1 
3min L3 @ 50-60 RPM 
1min L1 
Cool-down 
5min L1 
 
Threshold Work 
Treadmill 
Warm-up 
10-15min, including 4 x 15sec strides with 40sec easy between 
Main set 
3×7min as: 6min @ 10k pace & 0% - 1min @ 10k pace & 4% 
Do 4min easy recovery jog between 7min intervals 
Cool-down 
10 min easy L1 
 
Bike Trainer 
Warm-up 
10min build L1 to L2, then complete 4 x 30sec L3 watts (or HR if not tracking power) with 30sec easy L1 
Main set 
4×8min as: 6 min at tempo L3 - 2min at L4 
Do 2-3min easy L1 recovery between each 8min interval 
Cool-down 
10 min easy L1 
 
These workouts are effective because they not only stress different energy systems but also offer a nice balance between cardio stress and muscular stress to build both your threshold capacity and muscular endurance.  The muscular-specific stress is of particular importance to Masters athletes, as it becomes ever more important to retain our strength as we age further past 40. 
 
So, that’s it.  Use your imagination.  Determine what the goal of the workout is based on where you are at in your training cycle, and tailor the indoor workouts accordingly.  Avoid going into a key workout without a plan or you risk turning it into a waste of your time.  Step off the treadmill or dismount the bike trainer feeling like you accomplished something toward achieving next season’s goals. 
 
Happy Training, 
Coach Nate 
 
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Strength Training is Critical for Masters Athletes

12/20/2015

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​How many Masters runners, triathletes and cyclists do you know who shy away from weight training, either because they believe it's a waste of time, or because they're fearful of gaining extra muscle bulk in the belief it will impair performance? Or, how many do you see in the weight room lifting dumbbells that more resemble Q-tips because they are deathly afraid of “getting huge”? Maybe this is you.
 
This has been a big part of conventional wisdom.  Another piece of conventional wisdom is to lift for a very finite period of time in the off-season and then scrap strength training altogether for the vast majority of the year. But, more and more, there is a growing body of information speaking to the benefits of strength training – and not just for part of the year but nearly year-round.
 
One such study published very recently looked at the effects of a half-year period of heavy weight training in top Masters cyclists. The cyclists were split into two groups; for 25 weeks, one group performed 1-2 sessions per week of lower body resistance exercises in addition to their normal cycling training. The other group did no resistance work, and simply carried on with their normal cycling training. At the end of the 25 weeks, both groups began their competitive season, during which they were monitored for the following 8 weeks.
 
The results left little doubt to the benefits of adding in weight training. Compared to the cyclists who only cycled, the weight-trained Masters cyclists had significantly greater maximal aerobic power and were able to produce more sustainable power at lactate threshold - widely acknowledged as the most reliable indicator of race performance. Even more telling, when these cyclists ceased weight training, they gradually lost their competitive advantage. After 8 weeks, they were no better than the cyclists who hadn't weight trained at all.  So, if you don’t use it, you lose it!
 
This particular study was focused on Masters cyclists, but can certainly be extrapolated out to any Masters endurance athletes.  Question:  Are any of you reading this surprised by these findings?  You probably shouldn’t be.  Heavy weight training can improve the performance of all endurance athletes by helping make muscles work more efficiently and stimulating endurance adaptations. When you take a step back, what this article is telling me is that bucking convention is the path to better performances – something ORION Training Systems has been doing for the past quarter century.
 
So, what’s the definition of “heavy”, you might be asking.  Good question!  If you are a regular follower, then you know I believe that how we lift weights needs to mimic the phase of training we are in.  If we are focused on high-end sprinting, then we should be focused on explosive, fast movement exercises and plyometrics.  If we are focusing on improving our LT (lactate threshold), then sets of 10-15 reps with controlled, slower movements to near failure makes sense.  And so on.  To me, “heavy” is generally defined as singular to multiple sets of 4-15 reps.  And, lifting sessions are additive to our primary sports.  So, we shouldn’t strive to spend an hour per session in the weight room.  We can get a lot of adaptive benefit from 25-45 minutes, with 30 being great.  In the off-season, we can throw iron around 3 days a week and reduce this to 2 days for most of the year, finally cutting back to 1 day per week during the heart of our competitive seasons.  As stated above, for the final push – call it 3-6 weeks – we can cut weight training out altogether.  This will minimize the degradation of the benefits while allowing our muscles to be more fresh for our key workouts that are meant to sharpen the point of our spear as we head into our most important races, our key events.
 
If you’re a Masters endurance athlete and have shied away from lifting or have only lifted for part of the year, make a commitment to yourself that you will continue lifting for the vast majority of the year.  Change up what you do and how you do it based on the nature of the key workouts of any given training cycle.  Be regular with your lifting – other studies show that lifting 2 days/week nets about 80% of the gains lifting 3 days/week provides.  And, finally, challenge yourself.  Use Q-tips to clean the wax out of your ears or remove eye make-up.  Hit the weight room with purpose and the right frame of mind so you set yourself up for some enjoyable progress and, ultimately, better race performances.
 
Happy Training,
Coach Nate
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Enjoying Outdoor Winter Riding

12/12/2015

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Picture
OK, so "enjoying" might be too strong a word.  But, there are certainly ways to make riding outside in the cold, dark winter days more enjoyable and tolerable.  The upshot is that you will reduce the mental and physical drag of always riding the trainer or rollers.

In the past couple weeks, I talked about the value of riding indoors, not just in the winter but year round.  For those who ride outside Hell or high water, or for those who want to ride outside a decent amount during the colder winter months, I wanted to follow up that post with this one. While I do not espouse riding in a blizzard, the right clothing and approach can keep you warm and comfortable so you gain more pleasure out of riding outdoors – and riding in general. 

First things first.  Roads need to be clear of ice and dangerous debris, especially if you ride outside in the early morning darkness like I do.  The last thing you want is to hit some black ice and hit the deck.  Also, set some ground rules.  For example, in the early morning, if it’s below 30 degrees, then I stay inside.  At some point, even if I’m bundled up and warm, the air I’m drawing in is too cold and creates a workout that is counterproductive.  Better to ride indoors when it’s too cold, especially if higher intensities are called for.
 

What’s Most important to keep warm? 
Believe it or not, it’s most important to keep your core warm rather than your hands and feet.  If you keep your core toasty, your body will more freely pump blood out to the working muscles and extremities.  If your core gets chilled, the body goes into survival mode to protect your vital organs and will pull blood inward for that protection.  This means less blood pumping outward which causes working muscles to start shutting down and causes your hands and feet to turn into ice bricks.     

LAYERS, LAYERS, LAYERS 
You’ve heard it a million times: layer.  Layering is very important for winter activities, especially high intensity ones like cycling or running because despite it being cold outside, you have the potential to generate a lot of thermal energy (a bi-product of our bodies inefficiency at turning food into mechanical work).  Layering allows you to adjust your temperature based on changing conditions.  For example, you can unzip a layer or two when climbing up a mountain, and then zip back up before descending.  This reduces the amount of sweat and soaked clothing, too, which will allow you to avoid getting chilled badly on the descent.  And, typically it will be colder when you start a ride than as the ride progresses.  Couple your rise in core temperature with a rise in the outdoor temperature and it becomes critical to be able to strip off a layer so you don’t completely boil over. 

The 3 Best articles of clothing – period 
While everyone focuses on the core, arms and legs, and feet and hands, most people ignore the pelvic region.  Below about 40 degrees, I recommend wearing a pair of thin lycra Under Armor togs to give your upper thighs, glutes and crotch extra insulation.  You’d be surprised how much this helps!  Another awesome piece of winter clothing is the neck gaiter. The gaiter covers the neck, and ensures cold air does not enter through the neck cuff of your winter jersey.  I love my neck gaiter; it’s vital.  Lastly, battery powered gloves.  I’ve got a pair with 4 heat settings.  I turn them off when I’m climbing and turn them on Medium or High when descending back down the canyons.  It’s fabulous hitting the valley without icicles for fingers.  Then I turn the heat off again (or keep it on but turn it down, if it is particularly brisk or windy).    

Think in two’s 
On your hands, wear a thin glove inside your winter gloves.  On your feet, wear toe covers inside of your booties.  You can even wear arm warmers underneath your mid-weight winter jersey/jacket.  Sometimes I wear two jerseys beneath a vest rather than a thicker winter jacket (remember “Layering” up above?).  I’m always surprised when I finish a ride and can wring the sweat from the layers closest to my body yet I never got cold during the ride.  Multiple thin layers insulate so much better than one thicker one.  Also, wear one hat or beanie and store another in one of your jersey pockets.  That way, if you get one sweaty, you can take it off and put on a dry one halfway through your ride. 

Know when to tap out 
It’s great to think of yourself as a hardened, tough athlete who can brave the elements to complete a workout or enjoy the outdoors in winter. But when conditions deteriorate or you are getting too cold to continue safely, make the smart decision to shorten your route or find shelter and call for a ride home. Frostbite and hypothermia suck.  And, there’s no shame in staying indoors.  Riding indoors is extremely effective if you go into the ride with a plan and a goal for the workout. 

Hopefully these tips help 
you get more out of your winter riding.  With a little bit of planning and the right outlook, winter riding can be really enjoyable and rewarding.  I love riding outside in the complete dark in the early morning (with a spotlight of a bike light, of course).  The world is quiet, there’s no traffic and it really is a different world out there.  It’s amazing how beautiful complete darkness can be when all you can see are stars, the moon, the lights of mountain neighborhoods and the silhouettes of the mountains beneath the moonlight.  Very peaceful and it puts energy into my body and soul rather than sucking it out. 

Stay warm out there!
 

​Happy Training,
 
Coach Nate 
 ​
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Does the "Second Wind" exist?

12/5/2015

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We have all seen it and experienced it.  We’re racing hard, we hit what feels like our limit and yet in the final stages of a race we are able to turn the volume to 11; we’re able to ‘find that extra gear’ or hit ‘a second wind’, push ourselves harder and, ultimately, finish faster.  But what exactly is going on that allows us to press more despite feeling like we’re already at our limits? 

The answer is one which is hotly debated, much hypothesized yet little understood.  That athletes consistently finish races with a ‘kick’ – what is also referred to as the ‘endspurt’ – is as universal as it is cliché.  When pacing is of the utmost importance – as in triathlons of varying distances, TTs or hill climbs in cycling, and all running and swimming races – it is both critical to not start out too fast but also ensure we’re not holding too much in reserve.  The “Science of Sport” site speaks of Haile Gebrselassie’s world record 10k of 26:22.75 from 1998.  His final kilometer of that race was 2:31.3, compared to 2:37-2:38 for the previous 9km. The point being that even the most elite athletes follow a similar ‘kick’ strategy as the fastest age groupers, middle of the pack racers as well as less experienced beginners. 

It’s obvious athletes speed up at the end of races.  But, why?  Why not race faster sooner?  Some say this is a stupid question because the answer is so obvious.  “If athletes ran faster sooner, they would slow way down or maybe not even finish the race.”  Or, some variation of this answer.  No kidding.  If I’m running a 10km, then I’m not going to start the race as fast as if I were running a 1-mile race.  But, this is not what’s being asked.  Rather, why didn’t Gebrselassie run 2:34-2:35 per kilometer straight across and, thus, finish with an even faster time? 

The hypotheses (these are not theories; they are unproven) to explain this phenomenon are quite diverse.  One idea is that training and experience teach athletes about their limits and, therefore, they inherently know how to best pace an event.  But, based on what information, what inputs, what outputs?  How can you really compare a race today to one you did months ago as far as how you feel now versus felt then?  And, if athletes simply decide to slow down, is that a rational process?  In other words, do athletes literally decide to slow down because if they don’t then they know they will be in trouble later in the race?  How would athletes know this?  Experience?  The question to ask is multi-dimensional:  What cues, what signals, what experiences, what training and what physiology are responsible for enabling athletes to consciously slow down just enough during a race and then speed up at the end to still maximize performance?  Athletes have to balance the requirements of the race at every point during the race to avoid any limit to optimal performance.  Your pacing strategy is the output and that output is based on countless inputs – experiences both positive and negative, training, diet, altitude, temperature, energy and even something like deception; effectively, can we trust ourselves? 

Another is that athletes slow down as their calcium channels become more and more ‘leaky’.  As we fatigue, we utilize calcium to help keep muscle contractions forceful.  As we use, or leak, that calcium, the force of the muscle contractions goes down so we cannot perform as well.  Muscles are unable to exert their normal force.  But, what about the hypothesis that as we fatigue we start to recruit more and more muscle fibers to counteract this mounting fatigue?  And, how can an athlete even be remotely aware of ‘leaky calcium’, something that occurs down at the cellular level?  Wouldn’t an athlete need to know this was going on as part of being able to more intelligently pace his/her race? 
The hypotheticals go on and on.  The two mentioned above just typify the arguments.  To me, what it all boils down to is this.  Regardless of WHY it happens, the effect of any voluntary effort is that some amount of something is held in reserve – regardless of how hard we try.  Maximal efforts are capped at 5 seconds in duration.  Athletes can try as hard as they possibly can for those handful of seconds and, yet, it is still a submaximal effort.  We know this because when subjects are hooked up to an electric current during their maximal efforts, the force the working muscle is able to exert goes up.  So, clearly, when athletes think they are ‘giving their all,’ they are not. 
This is a survival mechanism hard-wired in the body.  The body holds something back to keep us from literally killing ourselves through overexertion.  It is this reserve which athletes dip into to achieve that ‘finishing kick.’  We have probably all experienced this.  We are ‘on the rivet’, at our physical limitations, yet we find a way to ‘dig deeper’ and pull just a little more out of ourselves.  We drive ourselves to the point of collapse, and sometimes we do indeed collapse.  In some cases, the collapse is fatal. 

There is so much going on within the body at any given time that is would be impossible to determine precisely why all this occurs.  Suffice it to say that we KNOW it occurs, but anyone who tells you WHY it occurs is lying.  For example, athletes slow down as the body heats up because the brain’s ability to activate the required muscles starts to fail until they can no longer continue exercising.  But, WHY?  And, why when our brains are limiting output can we then override the survival mechanism to then access our energy reserve?   

Hopefully you’re learning some stuff here.  There are no clear cut answers, nor is there even any one thing to point to as the lynch pin of all this.  But here’s what I can promise.  The next frontier for accelerating human performance won’t come from better training techniques or improved technology and equipment.  Rather, it will come from figuring out how to increase our access to and control over our brain power.  Even an infinitesimal uptick would result in a multi-percentage increase in performance.  And, since the best athletes in a given sport are only separated by less than 1% in output, the ability to gain several percentage points in performance is, quite literally, a game changer. 
​

Happy Training, 
Coach Nate 
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