Rob3rt
Man or Moose!
- Location
- Manchester
I agree, especially with his elbows sticking out so much. And why does he spend so much time looking at the ground ?!
Because he is hurting!
ITV4's commentators claim it is aerodynamic, lol!
I agree, especially with his elbows sticking out so much. And why does he spend so much time looking at the ground ?!
I agree, especially with his elbows sticking out so much.
What I want to know is where he is hiding the extra stone or so! According to everything I can find on t'interweb, he supposedly weighs about 11 stone, but he looks to me like he weighs 9.5-10 stone at most.
What I want to know is where he is hiding the extra stone or so! According to everything I can find on t'interweb, he supposedly weighs about 11 stone, but he looks to me like he weighs 9.5-10 stone at most.
**which has a higher density than fat and thus takes up less spaceHe does look very slight, particularly his upper body, but I guess that he is mostly lean muscle **which weighs heavier than fat and he is quite tall too.
What I want to know is where he is hiding the extra stone or so! According to everything I can find on t'interweb, he supposedly weighs about 11 stone, but he looks to me like he weighs 9.5-10 stone at most.
**which has a higher density than fat and thus takes up less space
He is exactly the same height as me and I am a bigger build. When I finished university I weighed only 10 st 10 lbs but was not as skinny-looking as him!He does look very slight, particularly his upper body, but I guess that he is mostly lean muscle which weighs heavier than fat and he is quite tall too.
Show us a recent photograph, remind us how tall you are and we can have a guess!How heavy do I look to you?
The muscle that matters most in aerobic activities is the heart. His makes ours look small, and contracts with considerably more force than ours can muster. The resultant high stroke volume gives him a correspondingly high cardiac output per unit time - his heart, on demand, can pump an awful lot of blood. This allows him to transport more oxygen to the working muscle and transport more waste products of metabolism away from it, maintaining muscle pH in the range which permits optimally forceful fibre contraction. His muscle fibre make-up is biased towards aerobic rather than anaerobic (sprint) activity.
And he has trained optimally to exploit this genetically-endowed potential.