Hi, I would like to show you yet another kid's-stuff little monster. I drafted it a long while ago and made up my mind just now...

Now a little foreword. Our colleague – Dmitry Dzyadook - has already presented this kind of aircraft. Mine is a little different. I had two leftover depron sheets, which I had bought 5 years before. Besides their strangely varying thickness ranging from 2.2 to 3.2mm, they were all scratched and chipped due to their age. I felt sorry to throw them away, yet I could hardly find a good use for them. So, I decided to build an indoor paper plane. I a sort of made one out of a school exercise book sheet, except it was about six times larger. Building it is no big challenge. I cut out four parts: two vertical central elements and outer wing panels. Then I temporarily connected them and laid it out on the table. Then I painted it. The result was a little too horny. I tried to draw a school exercise book graph pattern with a blue marker, but it would be smudged by the fingers. I used thick dark-color markers, as I had decided to draw the pattern anyway. I took two steel one-meter rulers, put two pieces of hack saw blade between them and sprayed it with a painting gun. That was dull, but after two hours I finished it. I also wrote an equation on it from an eighth-year maths textbook and even solved it myself (how come had not grown too dumb to do that!) Then I glued it all at appropriate angles and reinforced the foam with carbon rods. Most interesting, I had to figure out the right position of the center of gravity. I went the simplest way. Before cutting out rudders and installing the rest of equipment, I gathered a bunch and off we went to the corridor to hand-launch it. I had to load the nose with a piece of clay, and it would fly all the way along the corridor. I marked the center of gravity and noted it when installing equipment. However, it was bow-heavy anyway, so I had to use extension and move the receiver back to the very tail. It featured a Turnigy 1811 brushless motor, 1800kv. It had been lying idly about for quite a while too. Thrust was not much at all. A 8x4 prop would not go. I used a lightweight 7x3 prop and it would hammer away at it with no visible effect. But I wouldn’t expect much from that little thing either. I simply glued servos to the foam. The push rod is connected to the control horn with a flexible heat shrink joint. A YEP 7A ESC is useless too. I've never made it work with such small size motors, although I tried various settings using a programming card… As a result, there was 80g of empty weight. But it did fly. And that was all I expected from it. During flight or, to be exact, it was a naughty boy with any center of gravity position.





The flight..





The flight..
This is the translated version. You can read the original Russian article here.
how to give food and on the receiver and on the regulator having 5V battery.
with battery pâtivol′tovogo you don't zapitaete regulator. He needs or 1S or 2S-lithium-polymer batteries. That is, either the voltage or 3.7 7.4 volts.
if the zapityvat′ transmitters only, simply connect the wires and all.
there are two kinds of regulators.
1) with integrated BEC. The embedded device power stabilization Board. Then the power Board is organized as follows. To the controller with BEC connects power battery (it can be 6 and 10 cans). Stabilizer inside the regulator converts the input voltage of the power battery to 5 volts. Next, connected to the receiver 3 colour wiring, namely red and black transactions, powered by BECa regulator goes into the receiver. White wiring channel gas control signal comes back from the receiver to the controller. In turn stuck in receiver servo drives also feed on its two wires and managed the third white.
2) without built-in power regulator. That is, the regulator as you have.
there are two options:
-power regulator from one container, but then need special low-voltage servo drives on one bank and special low-voltage transmitters.
-again powered by a 3.7 volt battery banks, but between the controller and receiver included special vol′tdobavočnoe device, as I wrote below. Then, receiver and servo-drives for standard 4.8 powered Volt.
Possible third option, as you wrote, from another battery, but this is not for light models.
the model of the original and deserves only praise! Unfortunately it does not say anything about the hardware. With her grandson do micro model according to the classical scheme. We have mini Turnigy transmitter and receiver 5 x 5Ch (Mode 2), battery 3, 7v 1S 500mah, brushless regulator bought at Hobbyking.com YEP 7A (1 ~ 2S) Brushless Speed Controller, engine XK1222-11000KV with internal rotor. there were several issues .
1. can I power transmitters from this battery or other power source
2. as podkličit′ the controller with a power source and a receiver. Where to podpaât′ power cords
3. can I use this equipment if not what equipment is acceptable for work sakkumulâtorom 3 .7V
1) on your receiver equipment weighs 6.5 grams. Yes its on zal′nik scale 900 mm scary set. Does that remove the plastic casing, then the easier it will be.
2) This receiver is not zapitaeš′ from the same banks. This battery. A little tension. You should here it is
3) My regul′ was already with the wires. But I still perepaival. I pripaâl power stabilizer to it. Do you understand how it "naked". And what, no instructions? If not, throw off a large photo of her, I podrisuû, what and where to solder. My e-mail address is below.
4) From one container is fed only by mikropriemnik Protocol has a DSM2 (or whatever it) for Spectrum, if I'm not mistaken. The rest from 4.8 to 8.4 volts.
you are asking about the me equipment. And what a difference. Any equipment whose functions have a flying wing (Flying Wing), or simply Elevon. Like in your it is, judging by the photos of the goods on the site. More precisely I don't know, I only have programmable.
the PH of the excess. It was enough to make the Office a "Delta"
vadars.golub@yandex.ru