PHArchivist
Master Member
<div class='quotetop'>(PHArchivist @ Aug 14 2006, 03:41 AM) [snapback]1299851[/snapback]</div>
Actually, I do have a bit of an update... That which Ralphee was alluding to.
(I'd takne it back out to edit, and forgot to put it back in.)
I don't believe I discussed my concerns with wing droop (don't want to replicate Icons problems.).
My first plan was to add brass rod or tubing. Rod wouldn't really work because to insert metal supports into the wing cavity shown above, you need to reduce the size as the wing grows more shallow.
Brass tubing can be nested or "telescoped" to reach a smaller diameter towards the wing tips. But circular tubing at the smaller diameters doesn't seem strong enough.
Now, I'm not an engineer or physicist, but I played around a bit with SQUARED brass "tubing", and it seems much stronger than traditional circular tubing.
So I believe that will be my answer.
I've decided I do need to fill the inside of the wings, and will likely need to add some metal support in there.
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Actually, I do have a bit of an update... That which Ralphee was alluding to.
I don't believe I discussed my concerns with wing droop (don't want to replicate Icons problems.).
My first plan was to add brass rod or tubing. Rod wouldn't really work because to insert metal supports into the wing cavity shown above, you need to reduce the size as the wing grows more shallow.
Brass tubing can be nested or "telescoped" to reach a smaller diameter towards the wing tips. But circular tubing at the smaller diameters doesn't seem strong enough.
Now, I'm not an engineer or physicist, but I played around a bit with SQUARED brass "tubing", and it seems much stronger than traditional circular tubing.
So I believe that will be my answer.