My name is Simon Sörensen and I am the creator of RCLifeOn. I do a little bit of everything, nothing too fancy. I love 3D printing, DIY and radio controlled stuff. Yeah, that's pretty much it. If you want to be a part of my family here on KZread, hit the subscribe button and let's hang out!
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Control! So what is the next step in mono wing design? Some means of control & stability. Has anyone else broken through to find a way of controlling the flight and a controlled landing. Not sure if you could stack 2 mono wings a top one another, rotating in opposite directions, similar to a contra-rotating propellers. If this would cancel out the torque to allow a controlled vertical flight. Another option would be to control the movement of the weighted counter balance, relative to the wing. This may allow you to vary the angle of attack of the wing. And another option, 2 motors. One motor on each end of the mono wing. This way the wing would be symmetrically creating lift about its centre of rotation. Would this contribute to more controlled hover and work towards controlled flight? The complexity of forces are hard to get your mind around for something that looks pretty simple. Simple it is not.
Yes, your English stinks. One example was when you said "And I could even semi-control the direction it would take" and left out "so I could have it decapitate my camera guy instead of myself." *laugh* On the serious side, you're one of the more understandable "English is not my primary language" KZreadrs and I had no problems following it at all. In fact, I often speed up KZread videos to 1.5-2 times playback speed and you were still very easy to understand.
If you look at a maple seed, its leading edge is slightly curved backwards. Perhaps that could replace both your counterweight and an extra stabilizer wing.
finally a helmet!
Can i get a parts list?
Interesting. Suggest leaving the launching rod attached to the wing to stabilize the wing in flight, like a pendulum. Then, with a bearing and a gimbal and two servos controlling the angle of the rod, you can vary the angle of the pendulum to change the angle of flight, like a gyrocopter. The left stick on the transmitter would then control it like an airplane, with elevators and ailerons, to control its attitude. Unlike a helicopter, the angular rotation of the wing currently acts like a gyro to stabilize the wing. You would need a fin on the pendulum, to keep it pointed in a forward direction. If you added weight to the wing tip, that would increase the gyroscopic effect. A wing of that size should be able to lift several pounds, depending on the angle of attack and rotor speed. A thicker airfoil will generate more lift for a given rotational speed. The angle of attack of the wing should be varied, greater near the hub, less at the outboard end, like a propeller blade, with a "twist". Your airfoil may be somewhat thin to generate more lift to accommodate extra weight. A gyrocopter can be thought of as a rotating wing with a pendulum suspended below the wing. In this case, the electric motor rotates the wing, not the forward motion of the blades moving through the air at an angle. Might or might not work - you're the developer, not me.
How is death and birth indicator determined?
Flight of the bumblebee played on a monowing
What material is used to 3D print?
This makes me think a three legged greyhound can still race. Yeah, hmm... it's true. I wonder if it's a good idea?
a wrong direction of spinning?!?
Put the gyroscope sideways that's how they made the one-wheel to train
🌟🌟🌟🌟🌟
What about using a boomerang based design and moving the propeller a bit closer to the center?
You can sell the sound recordings to a horror film producers.
One of the motors sounded like the class 158 express sprinter trains Cummins engine from the UK Scotland and England and probably whales even though they usually use Perkins engines
I loved your video and especially that you are not afraid to show the whole creative process including some mistakes! Kudos!
For the whole first half of the video I was yelling at my screen "you have the motor on backwards!!" lol
Makes a cool UFO sound.
your English is epic
I wonder if battery could be used as the weight instead of "clay" to get rid of extra weight.
No es mejor programarle un contra peso conectado a un elevador que mueva de lado anlado para mantener una posición que no le gente la inercia de la vuelta
Hello, do you think it's possible to use powerful magnets to make a separation between electrical parts and water ?
Why didn’t you use a tubular pvc design? It would make it easier to create a water proof enclosure. Also putting the engine in a hydrofoil below the board could help with cooling. Generally submerging as much equipment as possible would help with cooling. Interesting concept, maybe more useful as a portable kit to attach to smaller craft(kayaks, paddleboards, etc.)
After the center of gravity you can switch the direction of the lamina
Crazy
How bout using a ceramic pump seal and maybe a shaft sleeve to keep the water from going in
First part without a helmet is scary
Very interesting subject, and your translation was fine mate, only wish I could speak Swedish as well as you speak English 👍
Simon - you should minimize the openings on top. Make your big opening sealable on the bottom - like a diving bell.
Great video! I love how people are rediscovering the .049 models we use to build and fly 50 years ago...
The wing piece being heavy is not a setback, it can give momentum and stability like a flywheel, also, the wing is too deep, it needs to be thinner from leading edge to trailing edge, much like a boomerang wing. Also, the centre of wing gravity is where you could place the battery and receiver giving it more stability as the differences in weight distribution can make the wing fluctuate like a guitar string. But given the delicate nature of this project in respect to flight characteristics and technical problems in build quality, I think you did a damn good job to get it flying in the 1st place.
@gutrali’s idea sounds good. I thought the translation ok… good fortune (there’s no such thing as luck),keep at it!
nice project! I find it endearing when people throw in their native language in videos, just look at nerd forge, they basically made it a trademark of their channel du är grym och kommer gå långt kompis ;)
Interesting but I dont see a practical application Cheers
Pretty Amazing that you took this from concept to pseudo-flight. No need to make apologies to us who are watching with awe.
you can use water for cooling.
Did he just say "You never need a heated bed for PLA"??
Make a boomerang with a motor or motors. A power boomerang. A standard and maybe a triangle one
Great video. Forget the problem with the translation. At least you are bilingual. That's better than most of us in America. You guys in Europe always know more languages.
I was a little concerned about how long it took you to realise it was going backwards 0_0
When is part two of the Electric Outboard / Boat :(
Make it drivable to all directions. I think it's possible. That would be very cool.
I am from kroejcia
Looked to me like the pitch on the motor would cause the wing to pitch in the wrong direction preventing proper lift
I like that it sounds like a flying saucer ! Also the ohhh....... 's on impact are all good !
An interesting take on using the earth to stabilize the aircraft.
what a weird lawn mower
I love your videos!! Always amazing 😀
insane!! 😮