My only point is that the failures I have seen were as a result of supplied components failing, not the manufacturing, engineering or assembly of the trailers themselves. Ultimately, AT is at the mercy (at times) of the quality control systems of their suppliers. The hub failure on the moto trailer was as a result of a quality failure of the supplied hub.
Imagine the cost of the trailers if AT had to disassemble, inspect and reassemble every supplied component. In the end, AT has produced hundreds of trailers and they are somewhat at the mercy of the quality control systems of their suppliers.
I think this would be a different conversation if people were finding broken chassis, bad wiring, cracked welds, etc.
My only cause for pause is that I used a Chaser trailer for 10,000 miles in some of the most remote and harsh environment in the world. From +100F on El Camino Del Diablo for its maiden voyage to -57F in the Arctic and we did not have a single failure. Of course, we kept the load light and did daily inspections. We did not modify the trailer. It is still on the road today - problem free
It is impossible to know the conditions that trailer in Russia was exposed to, how it was loaded, how it was towed, the experience of the towing drivers, etc.
We know that the moto trailer was a hub failure from a supplier. That hub is properly rated to the trailer.
We know that the trailer on the OT run was a thread failure on the airbag strut assembly. Again, a supplied component.
It is just important to provide context and the root cause of the failure modes.
AT selected and incorporated the outside supplied, or "bought in," components. That are as responsible for those components and their performance - good, bad or indifferent - as any component they make themselves.
The Fox shock failure was a failure of assembly: the stainless steel braided line was installed and attached in a manner that allowed it to rub against the body and wear through. Bad assembly and install by AT. Betcha $20 that that won't happen again!
The weld failure on the tire carrier is the result of a poor weld. Use a certified welder and you will reduce, but never eliminate imperfect welds. For that you need Xray or ultrasonic weld inspection. And that would be ridiculously expensive for the application. That AT changed the carrier design says it has learned from its experience.
Air Bag failures are the failure of bought in parts, which AT selected. They are responsible since they selected the supplier and also even more fundamentally, they selected the air bag suspension... IMO, too much, too many failures with air bags...
JPK