Testing My Variable Helicopter Blade With Motor And Gear. | Bucee Brain
Hello friends,in today’s video,I will be testing my variable pitch helicopter while it spin.
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RC Helicopter Main Rotor Head Mechanism Animation (Including Swashplate) in Solidworks
This Helicopter Main Rotor Head/Blade System All Parts Design, Assembly and Motion Study/Animation are Entirely Created in Solidworks Software. This video is a simple demonstration of How Helicopter Fly/Works & how Swash plate mechanism is used for changing the Rotor Blade Pitch Angle in order to control the Collective and Pitch, that helps a helicopter in take off, landing and moving forward-backward-left-right.
This RC Helicopter Main Rotor Head Mechanism Consists of:
1. Base ( with Bearing & Anti-Rotation Bracket)
2. Servo Motor
3. Control Links (controls Swashplate Movement)
4. Pitch Links (controls Main Rotor holder)
5. Swashplate (used to transmit pilot’s commands like Pitch Control,Roll, Collective to the Main Rotor Blade of the Helicopter. This way Helicopter can be moved Up-down, left-right, forward-backward.
6. Main Rotor Housing
7. Main Rotor Blade Holder
8. Shafts & Necessary Fasteners
9. Rotor Blades
1. Part -1 RC Helicopter Main Rotor Head All Parts Design Tutorial in Solidworks
2. Part-2 RC Helicopter Main Rotor Head Assembly Tutorial in Solidworks
3. Part-3 RC Helicopter Main Rotor Head Motion Study/Animation Tutorial in Solidworks
4. Helicopter Swashplate Parts Design and Assembly in Solidworks
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24 Responses to “Testing My Variable Helicopter Blade With Motor And Gear. | Bucee Brain”
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The needles makes me scared?
Outstanding idea bro.
Thanks Dear
Super
Thanks
Very good bro
Saya ingin belajar membuat helly copter sederhana gimana sih dari awal nya
This makes my RC heli roll pitch and yaw.
Good afternoon healthy al ways greetings everyone thankyou?
yes???
yes????
there should be 2 rotating scissors for dynamic stability(vibration)
Very cool! ?
Wou keren sir teknologi
…weakest link….
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In most RC helicopters the ball joint at the blade fork is on the leading edge, not the trailing edge. this inverts the operation of the collective: in your diagram the swashplate goes down to increase pitch, in most RC helis the swash raises in order to increase pitch. Also, your head rotates counter-clockwise from above wheras the convention is to rotate clockwise. you can solve both problems at once by simply installing mirror image blades.
Merhaba kolay 3 adet servoyu ayn? anda hareket ettirip sonra ayr? ayr? birbirinden ba??ms?z hareket ettiren bir sistem varmi te?ekkür ediyorum
I'm a senior researcher at Heimkeeper Co., Ltd.Our company has an idea to reduce propeller noise and vibration of helicopters and drones.We're done with the experiment.We have applied for a utility model and a patent As a result of several experiments with small propellers, the current noise and vibration reduction effect is about 30%.
Looking forward good news from you soon
If possible to show the parts separately easy to make them to us.
Not much wonder they fail.
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Hi super
I'm not big on helicopters, I got pretty good at flying them in the simulators though, yeah I don't like those rotor heads, they look really problematic and dangerous to me with a lot of possible failure points, what kind of lifespan do they get out of those things? Yeah that main rotor shaft has to endure the entire weight load of the vehicle and everything it's lifting along with aerodynamic forces against the rotors and the body of the helicopter, with all those little moving parts around that thing seems really dangerous and something you typically try to avoid doing in engineering.