Hey,
Like Olds I'm not exactly sure of the exact molecular structure and general properties of Titanium....lol I do know that it's what many consider a great combination of strength and leight weight for different applications. I change my mind often in this hobby and like FastEddy I'll rip out a part regardless of how expensive it is, if it doesn't peform well for me. I keep changing my mind but I've decided to run the stock Maxx plastic centerdrive and Titanium CVD's front and rear. I ordered the GPM's form the site above as I can't c myself spending $240+shipping for a front and rear set of Ti cvd's from UE. UE has great products but their prices often suck ass. UE is the Porsche 911 Turbo of aftermarket Maxx in their performance and inflated price. I'll get back with everyone on how the GPM Ti cvd's perfrom when everything is running.
When anything on your Maxx is spinning and transfering power and torque you need to consider rotational mass and it's relation to strength or lack their-of. Titanium has less rotaional mass then steel but it doesn't give as much and you might not even c a difference with CVD's. Titanium doesn't bend like stell so it's likely to snap when the chit hits the fan..lol.
Strength is a very relative and confusing to many.
BTW...I prefer a "shiny" finish for CVD's but if the GPM's peform well then I'll be happy for the price.
Peace