Because of my other concerns about attaching where we did I tested the first mock-up of this configuration on my rat car by jumping a dozen curbs and getting it crossed up airborne a few times then power slid it into a curb a couple more times just for drill before we built the first prototype.
Any videos of the tests?

Has the part actually been track tested? What are the G-load numbers that it can withstand?
What is the i/o diameter of the tubing being used? What is the thickness of the steel?
How much does the part weigh?
Are each of the production units going to be "man made" or "machine made" - because there is a difference in weld qualities & overall consistency via both production methods.
The $300.00 I assume is just for the part - what will it cost to SHIP this part via the US and overseas?
If having to do a clutch job, slave cylinder job or tranny job, it appears as if that part needs to be dropped in order to do so - true?
I'm also not understanding the mounting point at the steering rack - that would seem to be a very weak point, especially considering the extreme abuse that some vehicles would endure during hard road racing, auto crossing, etc... Why not mount it directly to the frame behind the steering rack as seen in the pictures, I'm sure some mounting method could have been devised? The frame would be the strong point, not the rack.
I'm not trying to mock the design, but rather just trying to input constructive ideas/questions...