Okay, Okay you guys crack me up. I have been researching these ideas for creating my own electric supercharger, but have found that there is no way to get gains from the motor by means of an electric 12Vdc, brushlesh motor. By the way these can cost up to $300 to order.
Problem 1: These DC motors KEEP UP with the motor at best! These gains that people are seeing are from having a turbine blade in the intake path which, when it spins, causes slight vaccuum increase or.... in other words, the spinning turbine helps releave strain on the engine to induct air into it's cylinders.
Problem 2: Having something restrictive momentarily turning this turbine to create boost is actually a power loss. This turbine is securely attached to the 12V dc motor. It only spins on it's own after the engine reaches around 5K RPM.
So up until it spins on it's own you have a Spiral Max ( definately restrictive--maybe 2HP peak gains, loss in mids.)
Solution: I decided to take out the motor and replace it with a shaft and put specially ordered and sealed ball bearings on each side of a newer-made and custom 4" stainless steel blade that (has 8 inward curved/ 45 degree blades instead of 5 smaller plastic blades). The
new turbine spins freely even at low RPM all the way to the redline.
By the way I used a 4" blower housing for this one.
This is the only way to gain even numbers at any engine RPM and never restrict. No Dyno yet, but that's coming very, very soon. I am on the way to patenting this idea since the blueprints are copywrited to myself now.
Future estimates are around 20-30 HP depending on certain intake and exhaust components. Now if someone could just make an exhaust booster.
This is no Shite people. I would not lie to a fellow brotha! Latz.!....................................................................+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++=power is the essence of mind!