Tag Archives: shirt

Mens/Unisex Eye Pood Shirt for the Stiff and Inflexible

Our Classic Eye Pood Shirt is fresh off the press and ready to ship.  The shirt features our all-seeing kettlebell against a starry night sky and a stark landscape.  The shirt makes a quiet and dignified statement.    What more could we say, other than the fabric is soft, quick drying and luxurious.  The print quality is excellent.  People will be sure to ask “Where did you get that awesome shirt?”  And you’ll know you got it from us.  The WodMasters.

The shirts have an athletic cut.   If you have a powerful build order a size up.    Let us know about the design at the head of this post.  So far it has been deemed “too weird to print” on a shirt.   If enough people want one, we’ll print.

Mens Eye Pood Kettlebell Shirt
Mens Eye Pood Kettlebell Shirt

CrossFit Womens Shirt: Birth of Venus

We are pleased to announce our new design for Crossfit Women.  This shirt is perfect for Crossfit women who want to look good before, during and after WODs.  Let us know if you would like a mens shirt.  We will make one for you.  The shirt features:

  • Sandro Botticelli’s Birth of Venus
  • The upper body of one of our favorite CrossFit Women Athletes
  • Two 50 pound kettlebells
  • Stars from an early 18th century American flag
  • Stripes from that very same flag
  • American Apparel Tri-Blend Fabric and a form-flattering cut

Check out our other designs for CrossFit Women, CrossFit Masters and other tough nuts.   Your purchase will help provide a CrossFit membership to a low-income kid.  (Note: we are our own thing, and do not represent the CrossFit brand.)

Crossfit Womens Shirt

CrossFit Womens Shirt Birth of Venus
WODMasters Birth of Venus shirt for CrossFit Women

Crossfit Training: Women require different rest strategies for strength and competition.

250x400 Birth of Venus Banner
Birth of Venus Shirt for Crossfit Women and all kinds of other Strong Women

CrossFit women and men may differ in need for rest after WODs.  Or strength training. This may be important as athletes prepare for the CrossFit Games. Women lose strength faster than men when they take time off.  Muscle mass seems to stay the same for both when athletes reduce training for 7 days. The responsiveness of rested muscle fibers to electrical stimulation also seems to stay the same. However, women still lose more strength than men during rest periods. Rest periods are sometimes referred to as “unloading.” A new paper on why this happens suggests its nerves.  Not muscle tissue. The study looked at 7 and 14 day unloading periods. This is a long rest period for CrossFit athletes. But common among weightlifters.  Many athletes will be unloading prior to The Games. Weight training causes changes in muscle tissue. That is pretty obvious.  However, it also produces changes in nerve function. Nerves adapt and become more efficient. They become better able to recruit cells and coordinate their actions.  And make a trained person able to lift more weight.   Or a CrossFit athlete better able to do a WOD.  The larger loss of strength in women seems to be rooted in the central nervous system.   Women’s neurons may be quicker to let down their guard. This may mean that women should take shorter rest periods than men in order to maintain strength. And shorter rests before competitions.

What about Masters CrossFit and Masters Athletes?

Most studies are done using young volunteers.  There are usually a lot of them hanging around Universities.  And someone needs to collect and analyze the data.  This is often left to middle-age and older academics.  This means there is a lot less information for Masters athletes.  There is very good evidence though that neuro-muscular function improves with training in middle and older age.  It looks the same for men and women.  So keep at it.

The Take-Away: Women may need shorter unloading periods before competition than men.

Masters Athletes:  Use your judgement.

Deschenes MR, McCoy RW, & Mangis KA (2012). Factors relating to gender specificity of unloading-induced declines in strength. Muscle & nerve, 46 (2), 210-7 PMID: 22806370