There have been various discussion on several forums that I frequent regarding driveline vibrations, angles, etc...
In one of the posts, I made the comment that just about every modern, rear wheel drive, performance car uses CV joints for the driveshaft. We spent all kinds of stupid money to buy the latest engine, transmission, and suspension parts, but when it comes to our driveline components, we still use u-joints that date back to the 19th century. I have used a CV driveshaft with great success, but the optimal solution would be to use a driveshaft that uses a CV joint at both the transmission end and at the pinion. So I called Frank at The Driveshaft Shop to discuss this further and after telling him all this he starts to laugh. Then he proceeds to tell me how he just made a batch of pinion yokes for the Ford 9" and the Chevy 12 bolt rear ends that will accommodate a 108mm (Porsche 930 style) CV joint. He sent me the picture below:
That particular yoke is for the Ford 9" rear. What this means is that if someone wants the ultimate solution for a driveshaft, this is it. Using CVs at both ends of the driveshaft means that driveline angles become largely irrelevant. The CVs can accommodate up to 9 degrees of articulation and the front and rear angles operating don't have to match, be opposite, or be as small as possible.
Andrew