Weighed a length of 3/32" bungee cord from a 13+ foot long carbon dome pole I was repairing. Result, just under .6 oz. So what kind of serious weight savings are possible from limiting the cord to the area around the hardware connecting the pole sections.
Normal tent poles use 1/8" shockcord, not 3/32". 1/8" weighs nearly double 3/32 (.18g/inch vs. 0.097g/inch). So I would estimate the shockcord in a normal tent is maybe 2-3oz (2 poles @ double 1.2oz/pole).
My conclusion is that the claim on Easton's web site that there are significant weight savings from not having the cord strung the length of the pole is hype.
Easton claims the pole set for this tent weighs 150g which is extremely impressive for a 2 person tent. I had Fibraplex poles for my REI Quarterdome T2 tent which are a lot flimsier carbon poles than Easton's, and that poleset was 225g. Easton Carbon poles are quite strong.
wondering about the small radius arc on one pole and the long arc on the other. No one carbon pole could function effectively on this design with two such widely different arcs. Unless they have obtained a unique supplier of prebent carbon tubing, one pole would be either too tightly bent, and likely to break
Easton is the supplier. They primarily make poles/tubing and these tents are a small side project to showcase their poles. I'm sure they have a very good idea of the limitations of their own products and would not design a tent that is going to be beyond these limits.
You are right that the one arc does look pretty tight though. It's possible they are using prebent tubing.
this tent does not improve much over current dome designs that do not pitch dry in the rain, do allow rain in on exit and entry, have no effective overhang for cooking, require stakes to hold the corners apart, and have areas of the wall that slope very sharply inward.
The door looks nearly vertical. If you don't unzip the fly all the way you shouldn't get rain in on exit/entry. The slope of the tent walls looks very good for a tent with a minimal pole structure like this. The Big Agnes Fly Creek UL2 uses a similar pole structure but has much worse wall lean. Interior space looks pretty good in most of the tent. The roof height is supposedly 44" which is a lot. Requiring stakes for the corners is no big deal, pretty much everyone would stake them down anyways. You're right the vestibule doesn't have much room.