Turbo vs. Supercharger help
Try not to get in the game of buying thing two times or buying what you dont need.
IMO Go turbo . just use a 80lbs injectors , AM fuel reg, dual intank fuel pumps , MLS gaskets ,stock crank ,h-beam rods and forged pistons. maybe some worked over stock heads.
you can build your self a nice kit for under $5k . I would say find a local race shop or pro welder to just build you a kit ( i went the local welder guy route ) . I think its bestto just find a company that makes the whole kit. saves you time and money
go to www.theturboforums.com This is how i got my start ). those are real turbo guys. they have tons of turbo info and parts .
this is what makes turbos cost so much
Hear is a nice shop that makes a kit for your car www.ky-turbo.com
Standard A/C delete 6.0L manifold Setups
The standard Street/Strip:
TC76 Turbo Setup:
-6.0L Manifolds
-Mild Steel 2.5” Charge Pipes with a T4 Flange and Integrated Waste Gate mount and narrow band O2 bungs
-Mild Steel 3” Down Pipe with a Wide band O2 bung run over the k-member
-Turbonetics TC76mm Turbo
-TurboSmart 38mm Waste Gate
-TurboSmart Blow Off Valve
-Front Mount Intercooler 31”x12”x4”
-Stainless steel 3” Intercooler Pipes with Integrated BOV mount
-4 Ply Silicone Couplings
-T-Bolt Clamps
$3700 + Shipping
Options:
-Alternator Relocation Bracket $125
-Oil Feed and Drain lines $110
-Pusher Fan setup $250
-Aftermarket Radiator $250
-TC78 Turbo + $150
-Stainless Steel Pipes + $400
6.0L Manifold Based:
S85, S88, or S91 Turbo
TurboSmart 50mm WG
TurboSmart 50mm BOV
2.5” Mild steel Charge pipe
-NB O2 Bungs
4” Mild Steel DP (Very Short dumped Under hood)
-WB O2 Bung
-Muffler Optional
3” Aluminum Cold Side pipes
24”x12”x4” Air to Air FMIC Standard
-Front Bumper Mounted Air to Water Intercooler Optional
$5100 for the A2A
$6100 for the A2W
The Best V8 Stories One Small Block at Time
When I first started researching many years ago before I ever dove into forced induction, I found out just how much a turbo setup requires. Man, there is easily 2x more components and hassling than what you get with a self contained procharger. A procharger is literally a freakin bolt on! No changing exhaust required, no screwing around with oil lines or pumps, really, all you have to worry about as far as supporting it is the fueling system, but you have to do that with turbos as well.
Bottom line is, both have great capabilities, and both ways can get you great power and each has different pros and cons. I vote for simplicity. Forced induction setups are already a big enough headache and hassle any way you slice it. Why complicate it even more?
When I first started researching many years ago before I ever dove into forced induction, I found out just how much a turbo setup requires. Man, there is easily 2x more components and hassling than what you get with a self contained procharger. A procharger is literally a freakin bolt on! No changing exhaust required, no screwing around with oil lines or pumps, really, all you have to worry about as far as supporting it is the fueling system, but you have to do that with turbos as well.
Bottom line is, both have great capabilities, and both ways can get you great power and each has different pros and cons. I vote for simplicity. Forced induction setups are already a big enough headache and hassle any way you slice it. Why complicate it even more?
This is the exact reason I chose to go with a D1SC Procharger on my build. The less extra stuff you gotta do the less areas you could potientially have issues. Procharger kits are pretty straight forward on the install & can be all buttoned up in a weekends time. Thats very appealing to me.
Just my 2 cents......


