What I plan to get from this testing is the actual bar rate expressed in ft-lb/deg, which can then be calculated to get the lb/in rate at the end of the bar. I will also be measuring weight and OD and anything else that could be of interest.
What this will allow us to do is to look at what amount of roll rate the sway bar is providing and compare it to the amount of roll rate from the springs. Based on the geometry and setup, I can predict the oversteer/understeer balance of the car, the amount of body roll per g, lateral load transfer, and a lot of other variables. Knowing these bar rates will help everyone to get the most out of their setup, whether they're looking for a primarily street car that handles well or a full out race car that only sees the track.
Based on the results of this data, I might end up suggesting some weird pairings. From the results of testing I have done for S13 stuff, I have found that a stock front bar is more than you would need for something closer to a track car, and then upgrading the rear bar to balance out the setup would be the best course of action. So something like that may happen for these cars as well.
But there are several different ways to properly setup a car and it depends on a lot of variables. So eliminating the sway bar rate as one of the unknowns will allow us to get even closer to predicting the balance of the car without wasting money on parts that we don't need.
Tim