Quote:
Originally posted by Feliks
On the pictures below you can see how small the venturi nozzle is to drive the gyroscopes in the strands. My finger and applied on the next hand, illustrate the size of the venturi tube. It is almost equal to the diameter of my finger. Now, please imagine how much energy to give the fan with the same diameter of my finger...
Regards Andrew
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A venturi tube so small as my finger is able to propel a large heavy rotating disk gyroscope air to 10 000 RPM, and even walk through the air filter....
Since the gyroscope can be power, relatively high compared to the diameter of the venturi tubes (1 ") and he has the 2 ", then maybe you can do in F1 " KERS Venturi " ?
The air sucked into the engine can be sucked through a venturi tube so, resulting in a negative pressure to drive the gyroscope, which will keep energy....
That would be something like a turbine gives energy, but the intake pipe. Turbo
Regards Andrew