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<div align="center"><font face="arial, helvetica" size="4"><b>October, 2003 Vol. 13 No. 3 </b></font>
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<i><h4> With Barry Publow</h4></i>

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<blockquote> <font size="2" face="Arial"><br>
  </font>
  <h2><font size="2" face="Arial">QUESTION</font></h2>
  <p><font size="2" face="Arial"> </font><font  color="#000000" back="#ffffff" style="BACKGROUND-COLOR: #ffffff" size=2 ptsize=10 family="SANSSERIF" face="Arial" lang="0">I 
    have a question about the double-push. You have used the term ‘pull’ in the 
    past to refer to the inward motion of the active leg during the glide. Shouldn’t 
    it therefore be called the push-pull technique?</font></p>
  <h2><font size="2" face="Arial">ANSWER</font></h2>
  <p><font  color="#000000" back="#ffffff" style="BACKGROUND-COLOR: #ffffff" size=2 ptsize=10 family="SANSSERIF" face="Arial" lang="0">You 
    are correct that the term ‘double push’ is a bit of a misnomer. Let’s consider 
    the facts and clarify the meaning of push versus a pull. </font><font  color="#000000" back="#ffffff" style="BACKGROUND-COLOR: #ffffff" size=2 ptsize=10 family="SANSSERIF" face="Arial" lang="0">A 
    push refers to a motion away from the centre (midline) of the body. A pull 
    is the opposite action; moving a limb toward the center of the body. </font></p>
  <p><font  color="#000000" back="#ffffff" style="BACKGROUND-COLOR: #ffffff" size=2 ptsize=10 family="SANSSERIF" face="Arial" lang="0">There 
    is little question that the conventional pushing action of the leg is, in 
    fact, a push. The complication is with the support leg (which is normally 
    motionless, or static, during the glide). With the double push, the support 
    leg/skate is set down outside the midline, full body weight is applied, then 
    it moves towards and then across it before arcing out into the next push. 
    So, the ‘pull’ actually contains two parts: The initial part of what I refer 
    to as the pull is indeed a pull. But in actuality, the pull becomes a push 
    once it crosses the midline under the body. i.e.: This one action begins as 
    a pull then becomes a push while moving in the same direction. </font></p>
  <p><font  color="#000000" back="#ffffff" style="BACKGROUND-COLOR: #ffffff" size=2 ptsize=10 family="SANSSERIF" face="Arial" lang="0">So 
    if you want to be technically accurate, the double push should be called the 
    push, pull-push! But because of the fluidity of the motion it is far simpler 
    to just call the motion a ‘pull’. Are you confused yet? If so, read my double 
    push article in this very issue (<a href="../../freecopy.htm">print version</a>).</font></p>
  <h2><font size="2" face="Arial">QUESTION</font></h2>
  <p><font size="2" face="Arial"> </font><font  color="#000000" back="#ffffff" style="BACKGROUND-COLOR: #ffffff" size=2 ptsize=10 family="SANSSERIF" face="Arial" lang="0">What 
    are the best exercises to train to increase speed. I’ve been told that speed 
    is a result of strength and technique. Is this true? What training should 
    a skater do to increase speed?</font></p>
  <h2><font size="2" face="Arial">ANSWER</font></h2>
  <p><font  color="#000000" back="#ffffff" style="BACKGROUND-COLOR: #ffffff" size=2 ptsize=10 family="SANSSERIF" face="Arial" lang="0">In 
    simplified form, speed is a product of force and efficiency. Technique is 
    the conduit through which we can apply this force in a propulsive manner. 
    Our objective as skaters is to transform as much muscular and kinetic energy 
    as possible to the road, and this is where technique comes in. Think of a 
    Formula 1 race car. How fast a car can lap around the track depends on more 
    than horsepower. The engine may be </font><font size="2" face="Arial"><img src="2003oct-expert-240high.jpg" width="359" height="240" align="right" border="1" alt="Ask The Expert - October, 2003 - Fitness and Speed Skating Times Online" name="skater"></font><font  color="#000000" back="#ffffff" style="BACKGROUND-COLOR: #ffffff" size=2 ptsize=10 family="SANSSERIF" face="Arial" lang="0">synonymous 
    with your heart, lungs, and muscles, but the tires are just as important. 
    Much like good tires allow the engine to transmit combustible energy into 
    speed and traction, technique allows us to channel maximum force to the road 
    with the highest degree of efficiency. Poor technique decreases efficiency, 
    and I have seem many ‘strong’ skaters impaired by their inability to apply 
    their strength.</font></p>
  <p><font  color="#000000" back="#ffffff" style="BACKGROUND-COLOR: #ffffff" size=2 ptsize=10 family="SANSSERIF" face="Arial" lang="0">When 
    it comes to skating fast, you need to optimize both your engines and your 
    tires. Many skaters work on their engines but neglect the tires, and this 
    is a huge mistake! Training our engines involves interval-training sessions 
    that developed anaerobic capacity and muscular strength. Ensuring that we 
    have the best possible tires is purely a technical element, and involves drills, 
    practice, and progressive repetition. <br>
    <br>
    In general, only skate as fast as you are able while still skating well. There 
    is little point skating hard if you are skating poorly which only leads to 
    the development of bad habits which prove difficult to break. In my weekend 
    speed clinics we emphasize the importance of learning to skate well first. 
    Few skaters are willing to undertake such a strategy, instead opting to burn 
    it up every time they head out on the road. Learn the finer aspects of body 
    position, balance, and edge control, and then worry about the engine. Horsepower 
    will be largely wasted if you aren’t able to transmit this to the road. Skate 
    well, then skate fast!</font></p>
  <h2><font size="2" face="Arial">QUESTION</font></h2>
  <p><font size="2" face="Arial"> </font><font  color="#000000" back="#ffffff" style="BACKGROUND-COLOR: #ffffff" size=2 ptsize=10 family="SANSSERIF" face="Arial" lang="0">I’ve 
    read some of your past articles on frame positioning and am frustrated by 
    the inability to adjust my frame foreward and backward. The frame slots go 
    side to side but the boot has only 3 bolt holes side by side. There is no 
    way to make the necessary adjustments. Are there any boot companies that give 
    you the option of front-back slots instead of just holes?</font></p>
  <h2><font size="2" face="Arial">ANSWER</font></h2>
  <p><font size="2" face="Arial"> </font><font  color="#000000" back="#ffffff" style="BACKGROUND-COLOR: #ffffff" size=2 ptsize=10 family="SANSSERIF" face="Arial" lang="0">While 
    one has to take personal preference into account, I can tell you that you 
    want the boot more or less centered front to back with an equal amount of 
    wheel protruding from the front and back of the skate. More ‘toe’ (having 
    more wheel in the front) makes the skate track straighter, but limits maneuverability 
    and makes cross overs a little awkward. Less ‘toe’ helps put the emphasis 
    of body weight more on the heel (where it should be) and allows the skate 
    to turn much easier as a result. I am not familiar with the mounting block 
    options for every manufacturer, but I do know that Bont produced a boot with 
    a fore-aft slots rather than side-by-side holes. Visit <a href="http://www.bont.com">bont.com</a> 
    for details.</font></p>
  <h2><font size="2" face="Arial">QUESTION</font></h2>
  <p><font size="2" face="Arial"> </font><font  color="#000000" back="#ffffff" style="BACKGROUND-COLOR: #ffffff" size=2 ptsize=10 family="SANSSERIF" face="Arial" lang="0">I 
    know that stretching is important, but I find it so awkward and painful that 
    I almost never do it. Are there certain stretches that are particularly important 
    for inline skating?</font></p>
  <h2><font size="2" face="Arial">ANSWER</font></h2>
  <p><font size="2" face="Arial"> </font><font  color="#000000" back="#ffffff" style="BACKGROUND-COLOR: #ffffff" size=2 ptsize=10 family="SANSSERIF" face="Arial" lang="0">Stretching 
    is only painful if you overstretch. Muscles have two kinds of receptors inside 
    them: muscle spindles and Golgi organs. Both are sensitive to the rate of 
    stretch as well as the tension developed with an elongated muscle, and serve 
    to protect the muscles from injury. The key to stretching is to fool these 
    receptors to your advantage. When you stretch too far or too quickly the muscle 
    spindles are stimulated. They react by causing the muscle to contract, limiting 
    your range of motion and often resulting in pain. The Golgi organs, on the 
    other hand, do the opposite. They tell the muscle to relax, optimizing flexibility 
    and range of motion. The secret is to stretch slowly and ONLY to the point 
    of mild discomfort (so that the muscle spindles are not activated). After 
    roughly 15-20 seconds the muscle spindles ‘settle down’, allowing the response 
    of the Golgi organs to dominate. This gives you a nice relaxed muscle, and 
    highlights the importance of holding stretches for 20-30 seconds. Relax the 
    limb, and repeat 2-3 times for each muscle or muscle group.<br>
    <br>
    As far as muscles, all the muscles of the lower body are used – to one degree 
    of another – when skating (see the 2-part article called ‘Those Things That 
    Move Us’, in <a href="../../back_issues.htm">FaSST Winter & Early Summer ‘03</a>). 
    Most skaters focus on the quadriceps and hamstring muscles on the front and 
    rear of the thigh, respectively. But the muscles most often neglected when 
    stretching are the small gluteal muscles on the side of the butt, and the 
    hip flexor group that crosses the hip on the front of the body. There are 
    many good books on the market. Visit Human Kinetics Publishers at <a href="http://www.hkusa.com">hkusa.com</a> 
    and search under ‘stretching’.</font></p>
  <h2><font size="2" face="Arial">QUESTION</font></h2>
  <p><font size="2" face="Arial"> </font><font  color="#000000" back="#ffffff" style="BACKGROUND-COLOR: #ffffff" size=2 ptsize=10 family="SANSSERIF" face="Arial" lang="0">What’s 
    the story with these new 84mm wheels? Are they really faster?</font></p>
  <h2><font size="2" face="Arial">ANSWER</font></h2>
  <p><font size="2" face="Arial"> </font><font  color="#000000" back="#ffffff" style="BACKGROUND-COLOR: #ffffff" size=2 ptsize=10 family="SANSSERIF" face="Arial" lang="0">Wheel 
    and frame size/design seems to be the latest technological evolution in the 
    inline market place. The premise behind larger wheels is that once up to speed, 
    large wheels roll with less resistance and at lower rpm’s. Because larger 
    wheels have more mass, they are better at conserving rotational momentum. 
    They may take a little longer to accelerate, but the trade-off seems to be 
    in favor of a higher top speed. Also, because there is more urethane between 
    the road and the hub, larger wheels should be better at absorbing shock forces 
    than small wheels. Manufacturers continue to conduct R & D into various frame 
    length and wheel number combinations to utilize 82, 84, and 100mm wheels. 
    The new Bont Sniper frame comes in a 12.8” 4 x 84mm, or 13.5” 5 x 84mm. Mogema 
    and others have frames which hold 100mm wheels. <br>
    <br>
    Like most equipment choices, of primary concern should be personal preference 
    – balance and comfort. But if the top ranks are any indication of what’s ‘fastest’ 
    my sources tell me that virtually every elite skater is now on bigger wheels.</font></p>
  <h2><font size="2" face="Arial">QUESTION</font></h2>
  <p><font size="2" face="Arial"> </font><font  color="#000000" back="#ffffff" style="BACKGROUND-COLOR: #ffffff" size=2 ptsize=10 family="SANSSERIF" face="Arial" lang="0">I 
    am 21 years old and an indoor and outdoor inline speedskater from the Midwest. 
    My coach keeps telling me to shave my legs, but to me it just seems weird. 
    He says that at a certain level its just expected that skaters shave down. 
    What’s the deal with this?</font></p>
  <h2><font size="2" face="Arial">ANSWER</font></h2>
  <p><font  color="#000000" back="#ffffff" style="BACKGROUND-COLOR: #ffffff" size=2 ptsize=10 family="SANSSERIF" face="Arial" lang="0">To 
    shave or not to shave? I agree with your coach that most skaters above a certain 
    ‘level’ shave their legs. When I was coach of the Ottawa Inline Speedskating 
    Club, my ‘rule of thumb’ was that anyone who could break 20:00 for a 10K (drafting) 
    had to shave their legs. Since breaking the 20 minute barrier was a major 
    challenge / goal for many of my skaters, I would set the pace at the front, 
    taking lap splits (on a 700m outdoor roadway) with an anticipated finish time 
    between 19:50 and 20:00. Several hairy-legged skaters mysteriously dropped 
    off the pace in the last lap, finishing just outside the 20 minute mark. It 
    was almost a bit of a running gag in our club, because we all knew what was 
    happening.<br>
    </font></p>
  <p><font  color="#000000" back="#ffffff" style="BACKGROUND-COLOR: #ffffff" size=2 ptsize=10 family="SANSSERIF" face="Arial" lang="0">Whether 
    or not you should shave your legs is entirely up to you, and don’t let anyone 
    force you if you’re not interested. But in that same breath, I firmly believe 
    that shaving one’s legs is a right of passage that can be a positive experience 
    for many. It has become ‘the norm’ for most serious skaters, and can have 
    a favorable psychological impact on your training and your performance. If 
    you’re worried about being teased by friends, I can empathize with your feelings 
    of trepidation. There is pride in one’s identity, and my guess is that skaters 
    who shave their legs do so, in part, because they are proud of what they do 
    on wheels, and are proud to carry ‘the mark’ of cleanly-shaved quads everytime 
    they wear shorts. </font></p>
  
</blockquote>
<font size="2" face="Arial">
<blockquote>
  <div align="center">Article © 2003 Barry Publow, Canada <br>
    Submit questions to: <a href="mailto:barry@breakawayskate.com">barry@breakawayskate.com</a> 
    <br>
    Visit <a href="http://www.FaSST.com">www.FaSST.com</a> / <a href="http://www.breakawayskate.com">www.breakawayskate.com</a>. 
  </div>
</blockquote>
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