Then you measure the time it take to travel a distance X on the railway with the device turned on. Then calculate if the measured "stick" force is large enough to explain the movement. If not it is something else than stick slip drive, i.e. Newtons laws needs some rewriting....
OK, but the problem here is the same as with all inertial propulasion devices (check out my playlist)
- Mainstream science will say (correctly enough) that it violates the Newton laws
- Mainstream science would debunk this as stick slip friciton only
So the first thing you need to do is to make a "railway track" that it may run on. Then measure the stick friction force (how much force can you pull without the device moving on the track (have the device turned off).
Yes, I believe with further experimentation the principal is sound. I think it's a combination of inertial and pendulum drive. It's very interesting that you've also discovered the hypercardiod pattern that I believe makes it all work. Good luck.
Part 2: (propulsion devices)
Then you measure the time it take to travel a distance X on the railway with the device turned on. Then calculate if the measured "stick" force is large enough to explain the movement. If not it is something else than stick slip drive, i.e. Newtons laws needs some rewriting....
oystla 1 year ago
OK, but the problem here is the same as with all inertial propulasion devices (check out my playlist)
- Mainstream science will say (correctly enough) that it violates the Newton laws
- Mainstream science would debunk this as stick slip friciton only
So the first thing you need to do is to make a "railway track" that it may run on. Then measure the stick friction force (how much force can you pull without the device moving on the track (have the device turned off).
oystla 1 year ago
Yes, I believe with further experimentation the principal is sound. I think it's a combination of inertial and pendulum drive. It's very interesting that you've also discovered the hypercardiod pattern that I believe makes it all work. Good luck.
reggie.
reggieqqq 1 year ago
@reggieqqq
Please watch You Tube"New Amazing Invention for EV-4".
dftdmt 5 months ago
Ok... Maybe it's a fine idea for a ... toy. But for a real automobile?? Needs some stability improving... And actually to be able to move alone.
One idea: put it over rails, so you don't have to "steer" the machine.
T0B0KKE 1 year ago
@T0B0KKE
thank you very much.
It is very important that this device tears balance of inertial forces and advances.
dftdmt 1 year ago