Roll on the 20th June

[therealrasta]

All right Archer! I knew you could do it! Up, over and out!
I see now that the track is aluminum? Is that right? At first I thought that it was steel and the magnets were sticking to it, but if it's aluminum, and the outer magnets are held in place by clamps, I can see the problem. Never mind about the control experiment I suggested, it would only work if the track was magnetic like steel.
Anyway, great work, and if you ever try a steel track, I'd still like to see what happens. I'll bet you don't even need many outer magnets if the track is thin steel.

If it was a steel track.. The entire track would turn into a magnet.

[exxcomm0n]

Deleted. Double post.

[purepower]

Hey Archer I was waiting for your video and I took a look at the redid second video, isn't that the shields on the last magnet on the left hand side that I had in my onewaygate, I could be wrong but it does look like you have a metal shield there now

It stops itself.

How do you go about getting FE from a system that stops itself?

The vid proves attraction energy in is less than wall energy out.

-PurePower

[Rusty_Springs]

Sorry Archer not impressed, thats about what I said you would do and ofcause you need more magnets, more money, why don't you just turn that setup on its side so they start at 7 this means you can prove what you have by your runner starting at 6 pulling in moving around the aray droping out at about 1 then falling down to come in again.
Like I said a Archer show a full loop and I'm going easy on you, Power would want a couple of loops.

[chrisC]

It stops itself.

How do you go about getting FE from a system that stops itself?

The vid proves attraction energy in is less than wall energy out.

-PurePower

Hey kid. If you don't write too much crap, sit tight listen to what Archer was going to do and follow what he was trying to show you, you might learn something. You still don't understand, do you?

cheers
chrisC