
I went with turbine tech/sure dreadnaught, which I now regret because the dreadnaught has proven to be flimsy and is now bent, which caused the rear diff to become misaligned which caused a broken axle. If you look end-on at the dreadnaught and compare it to the cpe it's easy to see where the weakness in the dreadnaught is. SURE have now completely changed the design of the dreadnaught. It looks impressive until you discover it's made of aluminium. The same flimsiness is apparent when you compare their juggernaught to the turbine tech. Not to mention that in my opinion after sales service at SURE stinks.
I recommend going with the turbine tech/CPE combo.
FOR SALE

if going cpe it seems one is forced to use MPS garage who want some 600$ for the part, so they can naff off on that one.
whats the best way to get the turbine tech/cpe combo without it costing an arm and a leg?
ice

A shipping agent who receives the item at a US address then forwards it to AUS?
05 MPS 6 - Black "Lux" 235kW atw / 600nM
GT30/71R, FORGED UP, CPe Ex Mani, Tail EWG, ETS 3.25" TMIC, CPe 4" TIP & 3" MAF housing + BMC SRI, Custom 3" TBE, CPe HPFP, TurboSmart Dual Port BOV, SURE Rear Diff Front mount & Brace, AWR SEM's, CPe REM, JBR SS + Bushings, Perrin EBCS pro, Spec Stage 3+ Clutch, Fidanza Lightweight Flywheel, Custom Head Unit, Car-LED Tails, 6000K HIDs, Auto Head-light Kit, Mugen Visors, LED conv., Pedders "Super-Lows"

there are some re-sellers in the states who will sell CPE gear to australia...
CP-E Products - EdgeAutosport.com is one i've dealt with![]()

'05 MPS 6, Liquid Silver Metallic, Leather, Sunroof.
DashHawk, TurboSmart Dualport BOV, Exedy Sport Tuff HD clutch, ROH Mantis 18*7.5+45, Corksport SS Braided Clutch Line, COBB SF Intake and TIP.
Coming soon: 2XS SSP, CPe REM.
Growing old is compulsory... Growing up is optional...

I assume I have the dreadnaught 1, because it's very different to the one they sell now. Can't say that I'm a fan of the newer design either. The aluminium is more brittle and the tongue and slot arrangement places the weakest part of the mount where the highest stresses occur. Looks like it could be a sheer point.
As luck would have it, I'm currently working on an investigation with a fellow who has a PhD in metallurgy. He was captive in my car for a couple of hours today while we drove to an accident site, so I picked his brains about my diff mount problem. He spoke about granular structure and cross-sectional modulus. It was all dutch to me but I managed to understand how to double the strength of the mount. So I'm confident that I made the right decision in repairing and strengthening the dreadnaught 1.
FOR SALE