simple flying wing plans ever (slow mode)

by NuGro | April 7, 2014 | (5) Posted in How To

Some picture of final form...

 

Vertical take off mode

The footage of vertical take of is here

 

Landing gear mode (actually it's takeoff gear)


The footage of normal takeof is here

 

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this is the plan pdf file
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Video of building




The part:
1x battery turnigy 2200mAh 3s 20-30C

1x esc multistar 20A
2x servo hextronic 9g
1x turnigy 9x (RX TX)
1x Brushless 2000-2200kv
1x APC E 6x4 propeller
1x battery alarm
1x keychain camera 808 #16

AWG 600g

COMMENTS

makattack on April 15, 2014
Very nice design ideas! I liked the under-carriage idea, but yah, landing would be difficult with a pusher design. I take it the folding wing tips didn't work on the foam board? It seems you do need larger wing tip plates than what would be provided by folding it. A shame, as I kind of dislike cutting tip plates.
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makattack on April 15, 2014
Also, loved how you used those "Popsicle" sticks for so many things!
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NuGro on April 15, 2014
the wing tip actually using two separated part, there are excess part from tip chord applied at lower stabilizer and excess part from root chord applied at higher stabilizer
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out of the box on April 22, 2014
berapa persen control throw nya?
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NuGro on April 22, 2014
I use about 30˚ for dual rate and about 12˚ for normal rate (is this the answer that you looking for?)
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out of the box on May 6, 2014
absolutely, and this is probably disturbing but where do you live


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NuGro on May 7, 2014
you asking control throw in confusing unit (control throw is usually have unit in degree not percentage...)

I am from Indonesia (in Malaysia for a while)
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Lazair2 on July 13, 2014
Nice Wing. I an trying to build one and there is some measurements that I can not find. Like the the location of where you glue in the spar. Do you have a real time video of your build? I am slowly learning how to build with foam. I am working my way up to being able to build and hopefully fly FPV craft. I miss flying Lazairs Twin Engine Ultra Light. Had near fatal crash Dr and wife said no more Flying unless I can keep my feet On the ground. Found out about FPV and some day I can go back to what I love Flying like a bird. The FPV videos are just like flying just missing a little bouncing from the wind.
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NuGro on August 8, 2014
the spar is 1/4 of the wing cord (root = 1/4 of root cord; tip = 1/4 of tip cord)
hope you can fly soon...
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Silverback on December 30, 2017
I'm trying to work out some details based on the info you posted here and in the build video:

- how big is the motor that you used? You list 2000-2200KV in your description, but that's just a speed. I have a spare 2830-1000KV (255W) motor sitting around which I'm wondering if it would be an appropriate power output for something this size, but because of the lower KV would need a MUCH bigger prop (something in the 10x5 range), which will probably require modifying the mounting area and maybe the start of the flaperon area but I'm wondering if the total power output might be similar.

- You link to a flying wing CG calculator drawing of the wing showing 1070mm wingspan (about 42") but your plans (hand drawn and linked PDF) show each side of the wing being 24", 48" total, about 1220mm. What width did you actually build it? All 3 show the same root chord, but the CG calculator shows the tip chord being 165mm/about 6.5", but the hand-drawn and PDF plans show the parts being 6" (though this difference could be how you cut the elevons)?

Actually, after looking at the dimensions posted I'm pretty sure the dimensions posted in the hand-drawn plan can't work out (to start with the panel angles are wrong to make them a top and bottom panel, and it adds up to a 39" or 3'3" board width, which I'm pretty sure is wrong, but this actually creates another discrepancy WRT to the dimensions. You still have 42" wingspan in one place and what looks like it will add up to a 48" in the PDF, but now it looks like if you cut the back of the larger panel off straight with the smaller pannel and flip it around to make the flaperon you should end up with a 7" tip width and your CG calculator drawing is still showing roughly a 6.5", and if you assume that's what the blue dotted lines are in the PDF and flip those around and attach them to the narrower pieces, well then the top and bottom won't line up and the flapperon + narrower piece adds up to 8" at the tip.

Can you confirm actual dimensions? Since it seemed to be stable, flyable and fairly slow I'd like to come as close as possible to what you actually built, at least I'd like to know what that was so I know what to work towards.

Is this wing slow/stable enough that a competent beginner would be OK with it or would you recommend getting comfortable with something slower first?
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NuGro on December 30, 2017
The motor I use is 2208 size, with 180Watt power rating. Yes, you can use that motor but please consider the bigger prop will will produce bigger power torque (make some weird roll effect when throttle changed, especially at low speed). Moreover, I suggest prop size 10x6 or 10x4.5, the common size used in plane, not multirotor.

Please refer the red line in pdf for the final product cut. The handwritten plans only to simplify the 1st step cutting process. Because inside the process all part will be trimmed to match it's pair (refer the video). So in the final product will measured as the CG calculator shows.

This plans is slow enough, my plane didn't stall when fly as slow as 20km/h (12.5Mph), and stable at 25km/h (15.5Mph) and up.

All flying wing plane is not self stabilized so it is not recommended for 1st time flyer. However the one who familiar with rc plane or atleast capable to fly similar kind of plane in rc simulator is mostly can fly this plane. (Actually, my 1st success fly is by using this plane)
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Lorenz on January 24, 2018
Very nice Wing! How thick was the foamboard you used? And what foil die you use to cover the Wing?
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simple flying wing plans ever (slow mode)