The bipod showed up today.
It does use two carbon fiber tubes for the upper legs, they do not appear to be epoxied together.
The legs are attached to the base plate by partially thread bolts. This means you can't compress the tubes anymore than the threads allow.
As you can see from the pictures they are pinched pretty good, but I tried torquing on them and didn't hear any cracking or stressing of the tubes.
The lower legs are solid aluminum, and the lower portion of the upper legs tubes have a metal insert the lower legs ride in. The hardware is standard fair.
There are two "weak points" I'll be addressing in the future. I personally want the two upper tubes to be as solid as possible so I'll brake the bipod down and epoxy the tubes together. While it's apart I'll also make and install an insert for the leg/base plate joint so the tubes have better support at the joint.
Another spot that I can see possible failure is the mounting tensioning system, soft steel along with small parts makes a failure due to ware more likely. I'm probably going to just leave this mounted. If it works well for the next few months they, are cheap enough that I'll just buy a couple more and not take them off.
Overall quality is similar to any other chipod. The carbon tubes are a nice addition, but
Editdon't do that much better than the 16 dollar aluminum ones. For the slight cost increase tho I'll take it.
Sorry pictures are mixed up I'll fix them when I can sit at the computer