Space Craft Inertia Drive Simplified( with out drawing)
Posted: January 18th, 2016, 11:36 am
The formula
The force is equal to the mass time the velocity squared divided by the radius
note: this is important , centripetal (not centripetal) force
Also understand constant acceleration out the radial line
Consider ( all the weight on one side of a dryer
will make it jump across the room.
Elliptical orbit flywheels
apposed paired rotation
concurrent orbits
Secondary set apposed elliptical orbit flywheels on gimbals for lift
Hint : harnesses constant acceleration out radial line
from zero to circumference velocity
by lengthening and shorting the radial arms with hydraulic cylinders
during rotation in concurrent quadrants of rotation
drawing , read with mirror https://picasaweb.google.com/home
nope that aint working
sums up with this
dam puterI
Will will try thisfile:///Users/davidwetzel/Desktop/Photo%20on%202-9-16%20at%2010-1.12%20AM%20%233.jpg
The force is equal to the mass time the velocity squared divided by the radius
note: this is important , centripetal (not centripetal) force
Also understand constant acceleration out the radial line
Consider ( all the weight on one side of a dryer
will make it jump across the room.
Elliptical orbit flywheels
apposed paired rotation
concurrent orbits
Secondary set apposed elliptical orbit flywheels on gimbals for lift
Hint : harnesses constant acceleration out radial line
from zero to circumference velocity
by lengthening and shorting the radial arms with hydraulic cylinders
during rotation in concurrent quadrants of rotation
drawing , read with mirror https://picasaweb.google.com/home
nope that aint working
sums up with this
dam puterI
Will will try thisfile:///Users/davidwetzel/Desktop/Photo%20on%202-9-16%20at%2010-1.12%20AM%20%233.jpg