What This Drive Could Accomplish In Travel Times In Space And Constant Acceleration See Description

I am sure many of you are aware of the implications that a drive like this could have
on travel times to various destinations in space.
For those that do not I wanted to post this.
Only fuel is positive only power/electricity so you could accelerate as long as you like
or until you ran out of a means for producing electricity.
At this time on the scale model test "not the 1.6 pound test, just the cylinder test"
my best guess is this propulsion system is producing around a quarter to maybe half of a G
constant acceleration in one direction.
The 3 slides in this video show travel times from Earth at 1G constant acceleration.
At this time it is not producing 1G "as shown in the slides" or over or it would lift itself up into the
air vertically.
I am testing with different gauge wire configurations to see if it is
possible to get this up to one G or over.
Even if I can not, at this point 6 to 8 weeks travel time from Earth once in space
launched by a rocket to Pluto at it's closest approach to Earth is pretty good and that would be beginning deceleration at the
halfway point and stopping at the planet.
Mars at this point in testing would be 4 to 6 days travel time with deceleration at halfway point.
Yes it needs work but the concept and the idea is working in the test.
Once I get the force maximized you would scale it up in size and start working on design issues.