M Drive reactionless drive invented by me

[M Drive Inventor]

I'd do it if I thought it would accomplish anything. As it stands I don't understand the purpose of the experiment.

[conradelektro]

I'd do it if I thought it would accomplish anything. As it stands I don't understand the purpose of the experiment.

Doing the very simple experiment I propose will show you:

-------- Your wagon can move forwards or backwards depending in which direction you block the movement. ----------

-------- In one direction it moves better, but the crucial outcome is that it will also move in the other direction (which it should not do). ----------


A complicated way of doing it would be ratchet wheels, and the ratchet would have to be adjustable for forward or backward movement.

There is no need for ratchet wheels, you can block forward or backward movement by holding something rigid against the fore side or back side of your wagon.

Many people have gone where you are right now. Sooner or later they did the crucial experiment and moved on (to something more rewarding).

You do not do the proposed experiment for me, you are doing it for you (and you are not obliged to talk about it or to make it public, just do it and think about it).

Greetings, Conrad

[hdeasy]

Can't recall if I posted this already, but I think this M Drive is slip and stick. Very hard to get away from that on a mechanical system. Reminds me of my mover which sadly turned out to be  slip and stick: http://www.youtube.com/watch?v=IWSl7P1iitQ

[M Drive Inventor]

Copy-pasting from another forum I've been posting on. Basically I did the pendulum experiment, which is supposed to be impossible to beat. Yet, I have some very interesting results I think you should have a look at.

"I'm back from performing new experiments. I'm hungry as hell, so I'll make it short. I was able to accelerate the machine in one direction only, the direction of travel (forward), which is the direction it is designed to go. This means it was easy to get it into a swinging motion, as long as you kept doing cycles as it swung forward.

This is the interesting part though. If I did cycles as it swung backwards the swinging would stop, decelerate. I don't think even a kid on a swing could do that.

I did several attempts at passing the pendulum experiment, but it was hard to notice with your naked eye if the dot stayed more on one side than the other.

I recorded everything, and here it is:

https://mega.co.nz/#!MQIhwbCJ!l_4nMFWCw-HHnLOF7SCqI9MWuFIIDqE3qRyPMWWIve8
https://mega.co.nz/#!cAYgXb5J!T_Q4cberuHMGOoN2-O2k8P0jf1bPZ-QaAM9uKXlLG9g
https://mega.co.nz/#!lcIDVShZ!_hNiVzMxwZHmOdXx6uTYSyL5kLd-aFqhrWbD4m7PEEI
https://mega.co.nz/#!JUJE1Y5Q!sw2z0oPuSluyh9h1vsDu0tmACkfy5ZQmKY1gt6IfPPs
https://mega.co.nz/#!QN5wRZxI!VKgp6kcluSbFD7tekyBuWFNFplyOEHanhqvLrI_h2W4
https://mega.co.nz/#!cQQTwZob!x6V4LIisdZqTIsX3_XteGfmEpawlLyf_ZE7QHiPXLQ0
https://mega.co.nz/#!4JZEgJLZ!iABc7watO2BWIYc2SDPM7dgVLgQnPPsbR2tZZOrSrQ8
https://mega.co.nz/#!lZpGnSgD!AJeYBnxdkmo7-aqIJL5rmiZGKP_7CFvZru0l2RaNNdI
https://mega.co.nz/#!gV5FBCJT!S0xAC9A_3Ww2pFGQ8gG0pxP80OO5hIpltclIuZL8XBA
https://mega.co.nz/#!8MgmARyT!zvhwcWf-rJrghQcIwPhWBim2brpSBzbE5lfqqmJHV1Q

(The missing videos are errors in recording, they were only a few seconds long.)"

[TinselKoala]

This is the interesting part though. If I did cycles as it swung backwards the swinging would stop, decelerate. I don't think even a kid on a swing could do that.

It must be a long time since you've been a kid on a swing. Of course a kid can do that. Any oscillating system will come to a stop if it is "pumped" 180 degrees out-of-phase. How do you think active vibration damper systems or active noise-cancelling headphones work?

Good for you for trying the experiment and reporting it. I don't have time to go through the videos at the moment but I'll check them out later on.