Averagesupernova's latest activity

You're certainly not without skill (what that's worth from a hack like me I don't know). Sometimes you hear that anyone with a camera is...

Seems like I gave up too early. But the insistence of @Baluncore made me more do more careful testing. And it looks like ratios other...

My initial idea was that it's just a 1:1 transmission, because it's symmetrical: If you turn it around by 180°, you have the same...

I hate to sound like this, but if you have to ask you shouldn't be messing with it. 400 volts is a bit much to be playing with. -...

This thread has fully answered the OP's original question, then circled around until all sight of the OP was lost. Thanks to all who...

@Baluncore so what's your point? There's no end to analysis if willing to put in the effort.

Other than the title of this thread and the fact that there is a quite clear image of the device I'm not sure of anything else the OP...

Well of course. That's what I've tried to say all along and I've explained that additional component groups are required to get to a...

I'm not sure what the idea actually is. I don't think the OP ever said specifically that the way to achieve varying speed is to apply...

That was my point.

We can apply a braking force to part of a differential to control output speed. This is equivalent to using a series resistor as a...

Look at what the OP has defined as the input and output of the setup in question. What differentials are or aren't supposed to do is...

Simple rule: When the OP does not come back, he realized his idea fell flat.

As he defined it, the input and output are the differential carriers. My thoughts are that it outputs whatever is input, no matter what...

That is no CVT. Apparently it is still disagreed on just how it will behave but it is most definitely not a CVT. Applying power on one...