Levitating Jedi Training Remote

Maximum weight it can levitate is 3oz., A Jedi training remote probably weighs more than that.
Yep... there have been a couple of attempts at this in the past and it's always come down to a problem of weight and balance.

Unfortunately, a training remote that is anywhere near accurate just doesn't lend itself well to magnetic levitation.
 
It might be able to be done if the pieces attached to the remote were made with lightweight styrofoam (like that pink foam you can find in home depot stores) this stuff machines and carves very nicely.
 
It might be able to be done if the pieces attached to the remote were made with lightweight styrofoam (like that pink foam you can find in home depot stores) this stuff machines and carves very nicely.

All the pieces that attach don't weigh anything, as it is. All the weight is in the spheres. Heck, even the paint and glue are probably close to 2 ounces, if not more.

The only way I see this working is if one is vac-formed from very thin styrene. Take an existing TR and vacform it in .010 styrene. But with all the undercuts and details, good luck getting anything that looks decent.

It's not that I don't want it to happen. As the geek who's come the closest, so far, I want nothing more than for it to happen. But instead of trying to adapt to existing levitators, we need a levitator that will work with what we've got.

If we had some uber-science nerd who worked with magnetic levitation, I'd happily send out my remote so they could work with the magnets I have installed. I've even contacted manufacturers about this and they never respond.

-Fred
 
Hi guys! I'm new here and this is actually my first post. Although I am not the uber nerd you hoped for, I can probably help. I have worked a lot with these devices for the past few years and have made a variety of different objects levitate using them. So much so that the company that owns the rights to the tech asked me to consult with them on future product ideas.

The models that are out now are older first generation and won't hold much weight 3oz, there are newer versions which hold more weight but of course they cost more. The ones I have now hold about 16 oz or a can of soda, a shoe, etc.

They have actually eliminated the weight factor altogether but the more weight, the bigger and more expensive the unit. They have also fixed the balance & stability issue. There are now even ones where you can move the levitating object. By that I mean imagine a small ball that hovers and you move it via a joystick thru an maze like obstacle course.

That being said, I started with the first gen models and what it comes down to is learning to make things ultralight. You have to forget everyday building materials. A training remote is easily possibly as is a delorean. I'm sure I could do either on the unit I have now.

Let me know and I will try to help out. Way to much information to try and put in one post, especially my first.
 
Well, that sounds promising.

A shoe..really? That is seriously cool man, lot's of possibilities there then.

Al
 
More than likely, do you have some specs on it sizes, weight etc... If so I'll see what I have around my house that is about the same and try it.
 
Also to make the levitation look its best you need to design the base unit to look like something normal. Here is a pic of one I did awhile ago using a first gen model...the candle lights up & flickers as well.
 
BMM, what about an object that already has a magnet, in it? I built my training remote to work with an off-the-shelf globe levitator. Will an embedded magnet create any problems?

I can get the weight of the remote, over the weekend.

-Fred
 
Hey Gig, Yeah the first gen ones (aka the globe levitators), which is what that candle was made from, have magnets in the upper unit. They all do, it just has to be centered and balanced with the bottom. The main difference in the versions is of course the guts of the lower unit.

So definitely, there has to be a magnet in whatever it is you want to levitate. It can be hidden internally or it can be in some kind of cradle that holds the prop.
 
This is something i've always wanted to mess with but i have no time. Couldn't you just glue a crap load of magnets to a base with a concave surface with their pole orientation all the same and then take a ball or convex surface with a crap load of magnets glued to it's surface with their poles opposite of the concave surface? Put the ball in the middle and it should float if the magnets are strong enough. It should float in the center of it since both areas are concave/convex and gravity would pull it to the center. I thought about trying this if i build an Eve from Wall-E but thats a project at the bottom of a long list.
 
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