My quote regarding the new suit: "What really has me interested in this suit is that a scientist named Alfio Quarteroni did the number crunching so as to develop computer models that would quantify drag reduction and speed increase too."
Here is a link to the orignal blog post: [Link]
Terry responds: "I get the Science of Sports newsletter and followed a link from it to your blog. This topic is of significant interest to me as well. One question that Jonathan and Ross raise that I do not hear from others that often is, if the drag reduction potential from a suit is that significant, how many more significant opportunities for drag reduction from biomechanical improvements are being overlooked. Given that the suits are most likely to have their greatest impact on reducing friction drag which is the least significant of the three forms of drag, how much more could swimmers and coaches be doing to reduce, say, wave drag, which is the most impactful form of drag and which the suit is not likely to impact at all? I suppose Alfio and friends could contribute something meaningful to documenting what technique adjustments do impact that and how much. But of course, who would pay the millions for that sort on non-commercial research.
In any case, I enjoyed reading. Thanks." Here is a link to the Total Immersion website: [Link]
It is accurate to say that Terry Laughlin has had a big impact on swimming and I am very flattered that he wrote me. I may not swim well, and I may not swim fast, but it is a real joy for me when I get letters or comments from giants in the field such as Terry Laughlin, Glenn Mills, Erik Hochstein, masters swimmers, bloggers, friends or the Olympians who post anonymously and either call me out or correct me.
The above photo is Team Arena which I found on the Arena website: [Link]
1 comment:
I have been thinking similar thoughts to Terry. With swimsuit designs reducing drag in new ways it alters the the slipstream and flow separation points on a swimmer's body. That changes the flow of water around a swimmer's arms and legs in the water. It could lead to previously inefficient stroke techniques becoming more ideal and vice versa. I believe it is at least information worth exploring.
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