Finally got you guys(and maybe gals) on board! Ver 2.0 build Plan. Yes I'm Crazy! LOL
Here the plan!
Air scoop experiment was a success. Plans for Version 2.0:
I will install a 10x6" Register duct under the Bumper. This will act as a more attractive and flush Cold Air scoop. Capturing COLD air from infront of the car. This will feed into just the blower assembly (Electric motor removed) of an electric Vacuum/ blower located behind the bumper and passenger side fender. The diameter of the Vacuum intake port has been carefully chosen to match the register duct/ Cold air intake located under the bumper on the front of the truck.
Next I will build a drive system off the serpentine belt to a pully or gear to where the motor once was on the blower. I will attempt to use a belt or chain from the main belt to a sub assemby to turn the impeller on the blower assemby. I hope to experiment with different size pulleys or gears off the main serpentine belt to power the blower.
If all works, the boost will increase as the trottle (engine speed) increases. This will provide less boost at idle and more at the higher rpms when it is needed.
The Blower outlet will lead directly into the exsisting air intake (Relocated from behind headlight) Or into a custom built larger intake into the Exsisting air filter box. Then through the filter and MAF. Next through the exsisting intake tube to the TPS.(Breather hose replaced with a hose running into a water pressure or air compressor gauge to measure any boost in air pressure between the MAF and TPS.
By having a mechanical direct drive from the serpentine belt for the impeller, the speed of the impeller will vary prortionally to engine speed.
The original specs are 200 MPH WITH THE ELECTRIC MOTOR, I'M HOPING THE 4.0 V6 CAN DO A BIT BETTER
Waaa laaaa! DIY Supercharger
Next I may need a larger throttle body, manifold, Cat (Wheres Fluffy?) and exhaust to handle the extra volume of air.
Thanks to all for your ideas, keep them coming! It least I'm not experimenting on YOUR truck.