Good plane to learn 3d?
- Thread starter Quackerhonk
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- aerobatic
Quackerhonk
Well-known member
Ah, i overlooked that
Houndpup Rc
Legendary member
Quackerhonk
Well-known member
Are YOU in russia?
Mr Man
Mr SPEED!
🤣🤣🤣 I’ve stayed up before! 🤣
Houndpup Rc
Legendary member
Who me?
Houndpup Rc
Legendary member
Not if you are on 3rd shift!
Mr Man
Mr SPEED!
Both ways huh…. You must have lived on a constantly changing tectonic fault line…
Shurik-1960
Elite member
I live in Moscow, 30 km from the Kremlin.I usually visit the forum in the evening.It's 18-17 o'clock now. I built a house in a village, 122 km from the center of Moscow. That's where I fly on the field.. There are many model airplanes on the ground floor. I learned a long time ago how to make airplanes and fly them. I forgot how to distribute the models, but there are a lot of them..)))
Bricks
Legendary member
Tell me about the distribution same problem.
Quackerhonk
Well-known member
Wow!
Houndpup Rc
Legendary member
I am still collect'in! 😂 😂
Shurik-1960
Elite member
Each new model flies in its own way. Previously, I was in a hurry to launch a new model into the sky... Now I am definitely abandoning this idea in favor of planning. I trim and move the battery to achieve near-perfect planning. On the first flight, I smoothly step on the gas. Very rarely, unexplained cases occur: the model takes off vertically at 20-30 m, turns around and flies down completely uncontrollably. There were 2 such cases in different places with different models. When I assemble a model, I constantly control the center of gravity by moving the control mechanisms along the fuselage.
Piotrsko
Legendary member
Classic symptoms of high speed acceleration stall ending in broken airplane.
Cg location ( regarding the airfoil leading edge) determines how much force the horizontal stabilizer needs to provide to counter the backwards rotation forces at stall. If they are in balance, the plane flutters down like a tree leaf.
Full scale designs do not replicate in model scale, calculations in model scale do not necessarily apply to full scale. Bees are not aerodynamic and shouldn't be able to fly. Nobody told the bee that.
Cg location ( regarding the airfoil leading edge) determines how much force the horizontal stabilizer needs to provide to counter the backwards rotation forces at stall. If they are in balance, the plane flutters down like a tree leaf.
Full scale designs do not replicate in model scale, calculations in model scale do not necessarily apply to full scale. Bees are not aerodynamic and shouldn't be able to fly. Nobody told the bee that.
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Shurik-1960
Elite member
Both cases occurred with models. which were set up and flew perfectly. I think I just connected to the military's communication channel. Previously, there was a case: an aerobatic model lost control during flight, but after flying 20 meters, it became obedient again. Another model in the same area also lost control and after a while became fully controllable.
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