Hey guys,
My SpeedWing design is featured in my nnMiG 3, nnA-10, and nnP-39, and is 2-.5cm thick. A similar strength design is used in all my designs, though. The design centers around a piece of flat aluminum that's 1/2" tall x 1/16" thick, length varies on the wing size but generally 20". Benefits of my wing are speed, strength, and little to no flex.
Since my nnMiG 3 I've made claims about how strong my wing is. I made claims that my SpeedWing design could handle repeated 100mph tight banked turns. And with those claims came people who doubted how strong my wing design was. How could a DTFB wing be strong? How could it pull that many Gs?
Knowing I had a winning design on my hands, I produced videos showing it in action. But even though I knew it could handle anything you could throw at it in the air, I've never known just how strong it actually was. 100mph banked turn with a 1000g plane has to be pulling a lot of Gs, right? How many Gs could the wing actually take before it failed?
So I put it to the test to see how much sheer weight my wings can hold. The results are amazing..
Log In to reply
Log In to reply
Log In to reply
Log In to reply
Log In to reply
ie. the same thing but upside down
Log In to reply
Log In to reply
Log In to reply
Log In to reply
Log In to reply
Log In to reply
Something similar to this, but with the speedwing design.
http://flitetest.com/articles/40-swappable-specter-an-ibcrazy-design
Log In to reply
Log In to reply
Log In to reply
Log In to reply
Log In to reply
:-)
Log In to reply
Log In to reply