It'd have to be multiple charts. Looking at my shoes, some have 4 rows of eyelets, some 7 rows. And that's not counting the extra eyelet at the end that some people use. Some eyelets are closer together than others too. You want ten charts per size depending on eyelet spacing and eyelet width?
It'd have to be multiple charts. Looking at my shoes, some have 4 rows of eyelets, some 7 rows. And that's not counting the extra eyelet at the end that some people use. Some eyelets are closer together than others too. You want ten charts per size depending on eyelet spacing and eyelet width?
It'd have to be multiple charts. Looking at my shoes, some have 4 rows of eyelets, some 7 rows. And that's not counting the extra eyelet at the end that some people use. Some eyelets are closer together than others too. You want ten charts per size depending on eyelet spacing and eyelet width?
This guy gets it.
On the other hand, it's easy to make a calculator with inputs for number of rows of eyelets (N), total length of eyelet rows (L), and average width of eyelet spacing (W). Try 60+W+2(N-1)(sqrt((L/(N-1))^2+W^2). The 60 represents 30cm free on each end, which seems about right, but you can adjust that if you want.
Start with women's 5 and go up to men's 14. List the length in cm next to the shoe size.
I'm typically in Saucony Triumph 20's and change out my stock strings with oval 54". I tie a tight but small typical loop and stuff the string ends into the front loop where the strings first enter the shoe eyes in the front. After miles and years of ways to cut seconds off of a marathon (have made the Boston Marathon qualifying cut several times with only seconds to spare and hear the cries of many who fails to make the cut by only seconds). Untying a knot in your shoelaces (for whatever reason) at mile 18 can become quite trying. Several times a rock has found its way into my shoe and once a toenail came off and continued to jab into its toe - hence the need to regroup the shoe thing. This shoestring hack prevents the end of the string from finding its way into the initial tied loop and turning into a knot.