Electric Supercharger

take that idea, it's a good one...... add some gears and a higher torque motor. spin the impeller about 4 times faster, with the gear ratio. and control the speed of the motor with a TPS sensor. but then again real turbos are the most efficient. of well, I tried.

that Kindaaa.. looks like an AC motor... iI might be wrong though.

i'll take neine of them ;

Haha go the bilge pump GO SON! Fuckwit.

it takes far less than 1psi to blow up a balloon. PLUS, what is the air flow. did you see how long it took to blow up that small of a balloon? 50cfm?  so, it might help a 50cc engine like on a mini bike, but not a car!

fraid i gotta chip in here. Unless you're using a forceflow X4, those blower motors are only good for air con.

GlowMouse the force flow does not work. Its obvious you know nothing about making boost. Force Flow is a model air plane fan. How is a model air plane fan going to make boost its a restriction in your intake cutting off the airflow.

This example here is more likely to produce boost than a force flow.

Read up on scalability of axial compressors. They are extremely inefficient in small sizes... Although it is supposed to produce boost, the force-flow isn't even an axial compressor. Just a single stage axial fan. No compression = no boost.

ur map sensor will only run at sea level or 0 psi on a N/A even if u forced 20psi down the pipe. It will only stall.

Haha yeah flows more air which makes 3hp and then the power it pulls from the Alternator which takes 5 hp from the motor...haha what a joke if it actually made hp why wouldnt manufactures use them, b/c they dont work lol