Hey Mark, thanks for turning me onto this site.
The website will be updated here in roughly 2 weeks with more information and pictures on the Twin Turbo system.
The motor in this video was the 2nd one we built which had more money than the first... Here is a rundown of the components in both engines...
***Carb was a blow-through 750cfm Holley built by CSU Carbs***
**1st engine (383 sbc):
STOCK 4-bolt main block
Scatt 9000 CAST Crank
Powdered rods (stock)
CHEAP probe forged pistons 8.4:1 compression
STOCK cast-iron heads 993-cast#
small cam *224/218 dur., .541 lift 114ls* ---solid roller---
Victor Jr. Intake
CSU 750cfm blow-through carb
21-22lbs boost, 110 octane, water/meth system.... 780rwhp & 807rwtq
14lbs and pump gas... 661rwhp & 700+rwtq
(max rpm: 5,500)
As long as you can keep the rpm down and the tune safe you can make stock parts live for quite a while. The first motor we actually overboosted to probably 40psi on accident and it bent the 4-rods in the middle, STILL drove it home!! Pulled it apart and the crank was PERFECT so we threw in another set of stock rods and beat the crap out of it!
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**2nd engine (383 sbc) *In the video*:
STOCK 2-bolt main block with splayed 4-bolt caps
Forged Crank
Forged H-beam rods
CHEAP Probe forged pistons 8.4:1 compression
Pro-Comp 190cc aluminum heads
Larger N/A based cam *541lift...238/234 duration @50, 115ls* ---hydraulic roller---
Victor Jr. Intake
CSU 750cfm blow-through carb
24lbs boost, 110 octane, water/meth system.... 820rwhp &751rwtq (max rpm: 6,500)
You don't need a high dollar, high rpm engine to make a bunch of power. The cam in the 2nd engine was more of a N/A cam which we threw in to show what your typical hot-rodder might already have in the car. With a more turbo oriented cam it would have produced more power. This motor had roughly 48 dyno pulls and many street miles and is still running strong!! It's not too difficult to hit 1,000hp at the crank.....