Supertraining
[Prev] Thread [Next] | [Prev] Date [Next]
Re: [Supertraining] Pistorius Research PaulA206 Fri Jun 26 04:00:38 2009
In a message dated 6/25/09 1:40:54 PM, [EMAIL PROTECTED] writes:
> The lower force in vertical and horizontal components could be due to his
> reduced body weight. His blades would weigh less than the legs do and so
> he
> would need less impulse to move him because of the lower body weight. Was
> the force adjusted to body weight in the comparison. I don't have a copy
> of
> the study.
>
***
Hello Nick,
I happen to know three people from South Africa here in Illinois!
Small world, eh?
Ken has link to study available; I had taken the terms to be relative as in
a percentage of the whole and was not remarking on absolute values.
Perhaps Ken will see this exchange (I would guess almost certainly
:) ) and post links again?
Best wishes,
Paul Boardman
Chicago, USA
- [Supertraining] Pistorius Research CoachJ1
- Re: [Supertraining] Pistorius Research PaulA206
- Re: [Supertraining] Pistorius Research CoachJ1
- Re: [Supertraining] Pistorius Research PaulA206
- Re: [Supertraining] Pistorius Research Nick Tatalias
- Re: [Supertraining] Pistorius Research PaulA206 <=
- Re: [Supertraining] Pistorius Research CoachJ1