Design
BACKGROUND
The Cannae Drive proof-of-concept (POC) superconducting resonating cavity is an experimental prototype designed to demonstrate the principle of unbalanced force generation. The POC cavity, experimental configuration, experimental method, and experimental results of the Cannae Drive POC tests are described in this section of the website.
On Jan 13, 14, and 17, 2011, the Cannae Drive POC experiment successfully demonstrated linear unbalanced force generation in a series of tests conducted at Niowave Inc. located in Lansing, MI. Niowave also built the POC cavity and the experimental apparatus.
Pictures
May 9, 2014
Inventor Guido Fetta has developed a 2nd technology that develops thrust without the use of on-board reaction mass. This new technology uses RF interactions with a dielectrically loaded waveguide to produce thrust. This new technology functions by a mechanism that is different from the Cannae Drive thrust mechanism. Cannae LLC has patent pending status on a wide range of designs based on this new technology.
BACKGROUND
The Cannae Drive proof-of-concept (POC) superconducting resonating cavity is an experimental prototype designed to demonstrate the principle of unbalanced force generation. The POC cavity, experimental configuration, experimental method, and experimental results of the Cannae Drive POC tests are described in this section of the website.
On Jan 13, 14, and 17, 2011, the Cannae Drive POC experiment successfully demonstrated linear unbalanced force generation in a series of tests conducted at Niowave Inc. located in Lansing, MI. Niowave also built the POC cavity and the experimental apparatus.
Pictures
May 9, 2014
Inventor Guido Fetta has developed a 2nd technology that develops thrust without the use of on-board reaction mass. This new technology uses RF interactions with a dielectrically loaded waveguide to produce thrust. This new technology functions by a mechanism that is different from the Cannae Drive thrust mechanism. Cannae LLC has patent pending status on a wide range of designs based on this new technology.
