Seeing the thickness of that strap, doesn't 2 layers of it below the watch makes it sit high?
How about leather ZULUs?
How about leather ZULUs?
What kind of stress do you mean that single piece type straps exerts on attachment bars/pins? I can think that the direction is more downwards with this type of straps than the more regular sideways stress that 2 pieces straps exert. I can imagine that a single piece strap that's too thick to be fitted can cause additional unnecessary pressure on the bars.HomoCaballus said:A word of caution about ´Nato´ straps.
This G10 design was intended for use in combination with fixed bars.
Therefor it is a pull-through design and the stress put on the bars is of no consequence as those are solidly attached to the lugs.
Springbars are not designed to cope with the stress this type of strap puts on them.
In this scenario, the cause of spring bars loosing that I know of is that the nylon fibers get caught on the flanges or shoulders that spring bars have. I tried an "experiment" once to prove this and the conclusion is that single piece nylon straps indeed can make spring bars loose:HomoCaballus said:It is no coïncidance that many a G10 strap user comments that they were lucky to have the G10 desing as their ´Nato´ retained a dangling watch head; the strap was the cause that the springbar gave up in the first place.
I mentioned the direction because it's the only thing that I could think of as a difference between single and 2 piece straps.HomoCaballus said:The direction of the force makes no difference. The effect on the springbar is the same wether it is pulled down or outwards.
The way the G10 is designed, with one end ´floating´ on the strap itself the pull is mainly on óne bar whereas with a normal 2-piece strap the force would be devided over both.
There should be no marked difference with a simple non G10/Nato pull-through strap.
True but in this case only if the holes are shallower than the tips of the bars can go into, don't you mean? All of my watch with non-drilled lugs have holes that are deeper that the tip of the bars can go into.Also the springbar ends seat better in drilled through lug holes and are thus more resistant.
I think this is true for bars that are designed like rolex subs' bars, but on those bars with flanges/shoulders, how far the tip can go into the lug holes are limited by the flanges or shoulders, don't you think?HomoCaballus said:The drilled lugs in general do not limit the extention of the springbars to their max. wheras many closed ones do.
The way I understand it, the amount and direction of pressure that each bar sustains on a single piece type strap depends on the direction of the pull on the closed strap, i.e. if I put a watch on a nato, closed it (not wear it), hold the watch, then pull the strap sideways then the bar on the far end will sustain more stress, but if I support the caseback and pull the strap downwards (like on a wrist) then each bar will sustain the same stress, don't you think so?The G10 has one end of the stap ending in a ring trough which the strap is pulled. This is the end taking all the stress and because of this and the resulting steeper angle of the strap on the springbar that is loaded far more the springbar at that end is the most likey to be pulled from it´s hole especially if that seats the bar less than max. deep.