How Does This Fly With Only 1 Wing?
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- Опубликовано: 30 янв 2025
- Hey all! I really do appreciate everyone watching, thank you! In today's video we're exploring the physics behind the mono-wing. I started by 3D printing wing sections that was glued in order to complete an entire wing. However, it proved to be too heavy. I made a new wing out of depron foam which worked a lot better. The best way to support the channel is to simply watch my video, thanks guys!
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Music:
Arcaders - Ben Elson
Racing Hearts - Mattie Maguire
Temple of Runha - ELFL
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Dude, don't worry too much about your translations. They get the message and details across. Good stuff!
Completely agree
translations are fine
Same here. Love the difference in speech and it doesn't detract from the info at all
100% agree!
Now those "landings" on the other hand... 🤣
Your English is just fine. Certainly beats the hell out of my Swedish.
Same here. The extent of my Swedish after a couple trips to Sweden is "Tak tak". (I don't think that I interacted with any native Swedes that didn't speak English...)
My Swedish is limited to the goods in the Ikea catalog 😂😂
There are people who claim that English is their mother tongue but few understand a single word they say. I understood you perfectly.
@@NimmoJamie A LOT of people speak English less well (or with heavier accents) than this guy does. I can barely hear his accent;
Nice one Simon 😊 So cool to see someone else trying these one winged helicopters! I also based by designs on that original Charybdis design and found the extra stabiliser unnecessary. If the wing has a positive angle of attack, it works just like a flying wing (with no tail). I’ve also found other designs work without the counterweight (again, like a flying wing).
wow
Ello
Now let’s try to find a genius who can give basic directional control. Maybe with some gyro magic? Since it’s rotating an upward force might translate into a pitch or yaw if timed properly?
I have made monocopters with directional control, using a magnetometer (digital compass sensor). A gyro is usually too slow, since most gyros have a maximum measurable angular velocity of 2000 degrees per second, which translates to only 5.6 rotations per second. So unless your monocopter rotates very slowly a gyro can't keep up.
An old Popular mechanics magazine has a design that supposedly works perfectly
That one flight where it skipped off the ground and recovered was my favorite 😅 that thing is terrifying
Imagine enjoying the playground then seeing that thing coming for your head!
Pioneering work for future A380-size boomerangy airliner?😅😅😅
It briefly became a one-bladed lawnmower 🤔
I love that you show the failures along the way, it makes the successes that much sweeter.
Those 9:50 minutes until you mentioned the leading edge of the wing was facing the same way as the prop were Excruciating man...I did not see anyone in the comments mentioning it at a glance...I was screaming internally ! And then...FINALLY !
You saved me from 5 minutes of agony
It was painful to watch!
I was in the same state as you were... I simply couldn't understand (unless made on purpose) that fatal error.
I will post it on the general comments but unless the rotating axis is positioned at the beginning of the wing, it won't fly.
Clearly, engineering is not his forte.
Yeah, I saw that, but I just assumed that either a) I was wrong, what the hell do I know about making a mono-wing or b) he spotted the error and fixed it before testing.
Never occurred to me that the real answer was c) he made a boo-boo! 🤣
Anyway, this was fun!
You humor is matchless. I don't really care which project you pick, your sense of
comedic rhythm and involvement rivals the all-time greats, like Buster Keaton.
I am a fan!
Agreed!
The weight on the stick isn't to offset the centre of gravity, but to provide pitch stability of the wing. Without getting too deep into the dynamics, the weight on a stick increases the moment of inertia along the wing spar axis which, once spinning, creates a stabilising gyroscopic force that prevents the wing from pitching.
Yes, and another function is to set the wing's pitch angle (as well as the prop's pitch angle). The weight basically makes the vehicle strongly prefer to align its "plane" perpendicular to the spin axis. At that point, you can set the wing and prop's pitch angle relative to the weight pole.
@@IsaacKuo yep good point
So adding a servo to move the weight stick up and down, could be used to control the wing angle of attack.
I feel bad it took me so long to find this video. I am so happy you had success with the project. Hope the info I put in the description of my video helped. Keep up the great work.
I love how the noise it makes is comically cartoonish, nice work dude!
that's also a wonderful example of doppler effect! so cool!
yes! it reminded me of the old Batman scene transition sound effect!
that or one of the old time sifi radio shows.. maybe "X - 1"? OR the old "lost in space" shows.
I like how you said it spins the right way and then you used a left-hand propellor.
See, that's what I'm talkin' about! Like a "master juggler" keeping all the balls in the air
Your English is fine.
When the wing is free to move, the center of gravity is going to be directly below the center of lift; that is just physics. If that orientation of the wing is then such that the thrust vector is not pointing straight down, the wing is going to spiral off at random.
The problem is, the center of lift tends to be halfway down the length of the wing, while the center of lift is much closer to the motor, so the wing will yaw (or bank, depending on how you look at it) severely, trying to get the COG directly below the COL. I don’t see how to overcome this.
His English is better than some of my English friends 😂
It's really untrue that the wing will spiral off if the thrust vector is not pointed straight down.
In fact, it's impossible for the thrust vector to point straight down due to drag. The wing has no propeller to counteract drag, so its thrust vector will always point "backwards" compared to its motion. The propeller is there to prevent drag from slowing down the spin rate, but it's pointed in the opposite direction so this doesn't "straighten" the thrust vector downward. It does the opposite, making the thrust vector even further away from straight down.
Nevertheless, monocopters work and the fact that the thrust vector does not point straight down simply is not a problem. Why not? Because the vehicle is spinning. That means that the thrust vector sweeps out a cone, and the overall effect is an average thrust vector that points straight down.
@@IsaacKuo "monocopter"? Should be “monopter”, one wing.
But drag is resistance to horizontal motion. The monopter is supposed to hover, isn’t it?
Great video! I love how people are rediscovering the .049 models we use to build and fly 50 years ago...
when having issues translating, dont be afraid to just say the word or phrase in your native language. Laura Kampf has said "Geil" so often, im sure everyone understands it now
Yeah, just don't say the same word in dutch lol
I really enjoyed the translated captions at the end; I thought they were great.
I've heard native English speakers do worse. No need to worry at all. Besides, sometimes it helps the goofy tone of your videos and makes them that extra bit unique and fun. Thanks for always putting a smile on my face!
translations are not a problem, the fact that you actually put effort in doing it is really appreciated!
it's definitely one of the most hilarious flying contraptions I've seen.
Thanks for the bonus Swedish lessons so cool! Also amazed that it survived those seemingly violent crashes!
Long-term subscriber here, and it's been awesome watching your progression from informative 3D printer reviews to creating flying deathtraps.
I loved your video and especially that you are not afraid to show the whole creative process including some mistakes! Kudos!
I love that this channel consistently makes things I've never seen or heard about before. You got your like for mental stability from me. These inherently unstable projects must cause more self doubt than a more conventional one, but I really appreciate watching the success and failures of someone learning new things.
I wonder if you can use "guidance sticks"?
sort of stick that poke into the ground before the wing does, nudging it back into an upwards angle. (I'm thinking of that ground effect plane trying to this on water.)
I couldn't get over how much your mono-wing sounded like the flying saucers soundtracks in the bad old sci-fi movies of the 50's. It brought back memories.
Good work, keep going, you will suceed!
So glad you noticed the backwards airfoil that was driving me insane haha
another good video, never disappointed in years. It's this kind of person who one day invented an essential object. Long live RClifeOn
Your English is amazing! You always amaze me with your thoughts and ideas! Keep it going, you inspire so many people.
Always happy and thrilled to see your content!!
As others have said the translation was fine, you speak clear and at a good pace, easy to understand you :)
Outstanding! We can all take a lesson from you on perseverance and a commitment to success.
loved the video and who the translation wasnt perfect, the vibe trancended language, hilarious video!! 😂
the swedish subtitles were great! your english is great! do you man, because i love your stuff. i've never seen a mono-wing before, so this was a blast to watch. i also loved how it sounded like the spaceships in Mars Attacks somehow heh. much love from Alaska!
I've been watching your videos for awhile now, always top notch! Keep having fun with it and you'll continue to thrive 👍
why not using the battery as the weight on the stick ?
Best LiPo Launcher I ever saw
Also the Swenglish is perfectly charming. You're bringing us little bits of ROSMT years later
You might be able to lower the weight of the counter balance by placing the battery et al on the other side of the rod, where the counter balance goes.
Next phase, make it possible to steer. Just add a servo to alter the wing/motor angle... (I have no idea what that would do)😁
Love your projects!
Super cool! It sounds crazy and I can't believe it flew that well.
It's also impressive hearing the Swedish language with Subtitles.
Talking about what's happening.
Such a fun project and video and your swed-lish is absolutely great !!! Looking forward to your next mission !!! Love from New Zealand 🙃😉😎
Pretty Amazing that you took this from concept to pseudo-flight. No need to make apologies to us who are watching with awe.
The sound it makes taking off is like a UFO from the old timey black and white movies :) Excellent project!
Why didn't you stick the pole into the ground to run these first tests so that you didn't have to be in the line of fire 😂
What’s the fun in that😂?
Thats when you would be in the line of fire, anywhere but right below the wing.
Engagement ❤
honestly, the translation was fine. I didn't realise it and wouldn't have thought to think that you'd translated it all from Swedish until you mentioned it at the end.
That thing is nuts! But I gotta admire a guy who admits to his mistakes!
Great video!!! Your English is perfectly fine. I always enjoy your videos
9:50 From the start of the video I was screaming at my screen about it!) And also it seems you tilting the motor upwards at the beginning also was incorrect.
Great video!
Haha I had to go thru the comments & see if someone else noticed & then got to that part of the video 😂
Glad to see you added a helmet to your kit. Great job on this project!
As always. Top notch video!!! Thank you!
This is extremely cool - never thought it would work that well but you sure proved me wrong!
One word. Fascinating ❤❤❤❤. Your right up there with the Wright brothers 😀
Have you considered using the battery as the cg adjustment weight vs. using the bolts?
I like the idea. If I had a 3D Printer, I'd consider only printing the wing's ribs and then assemble with a spar and then cover with shrink-wrap film (as many balsa, RC planes are now covered rather than dopped tissue paper). It would be ultra light and may function even better than what you built.
What if you bent the stick with the prop and motor on it to get the CG where you want it?
what fun! Very determined and rigidly applied process leading to "maximalt olyckligt" and "bra" crashes. Keep up the work
Love your work. Always super fun to watch.
The issue with your English is in your head, I am English born and bred there and a proud member of the UK. I understood your speech very well. What a concept, does one have to be mad to think of it 😁 You have earnt a subscription from me. Thank you very much. What a wild idea.
Love your work ALWAYS, Simon!! 🥳
I'm very surprised at how such a tiny motor could have the power to move such a big wing so fast, that's a lot of torque, considering its length, goes to show how obscenely powerful brushless motors are nowadays lol. Great job.
I like that it sounds like a flying saucer ! Also the ohhh....... 's on impact are all good !
Wow, that '50s flying saucer sound though! Awesome.
Your translations are fine. I didn't even expect you to address them because I am pretty sure you got your points across just fine.
Now I want to build one but style it like Cloud's Buster Sword. Because it really looks like some anime weapon.
I had a drawing for a design of one of those 50 years ago, for a diesel engine model, though I never tried building it, it was fun watching your attempts though!
I'm not a english native but I understand everything u want to say even watching in 2x speed, so I think everyone can do. Keep going, nice video :)
I would love to see you get this fully under control
Wow! I am so hapoy you saw the effort to fence your test flight area at the end 🙏 So thoughtgul of you❤
Amazing! It's great that you have the courage to speak English. I haven't get through yet 😅
Super project! 🎉🎉
Your English is better than most people that I come in contact with daily in the Chicago area.
That was awesome!!! 👏 😎 I’ve seen the video of nitro powered one before but this was cool with throttle adjustment. I love your projects and the edits don’t need to change a thing. Your English is great 👍🏼 keep it like this it’s more entertaining. I wish you lots of success brother 🇺🇸
Remember lots of fun with the free-flight version from 1955 called the _Charybdis_ - very hairy LOL 😁😁😁 (think plans are still available on Outerzone!)
I have never been more frightened for an RC hobbyist.
Have you seen his hovercraft? At least the wing on this is PLA/Depron 😅
The translations were good. I know what you mean with it being hard to translate from Swedish to English, as I am swedish myself.
Du gjorde seriöst bra med översättningarna, inte alltid det lättaste att översätta, man vill liksom inte bara direkt översätta utan istället hitta rätt motsvarande ord som matchar. Men du gjorde det bra och jag tror nog alla som inte pratar svenska uppskattar de översättningar du gjorde :)
Btw, fan vad kul att jag hittade en svensk kanal som är så här intressan :D
What about to put the "fly wing" in a cage and protect it. Would it be of any help, or would be the air resistance or the added weight too much.
Should there be a small reflex on the trailing edge? That will give the wing lift.
L'aile qui était à reculons, ça m'a sauté aux yeux immédiatement dès l'ébauche du montage.
Great fun! Love to hear the Swedish + Swedelish + English -- All of it!
how would you controll the direction tho?
you could try modulating either the propeller or add a small control surface on the wing tip to control the orientation.
That would require a whole bunch of extra sensors and computers, though.
When you setup the motor mount, I wondered if you were going to have a servo control the angle relative to the wing. If you work on this in the future, I'd be interested to see how that does. Great video as always! 👍
Lovely! So if you were to make a practical version any ideas how would you steer it?
Dont apologize for translating. Its amazing that you can speak English and Swedish fluently.
Bro, your English is spot ON. Awesome video!
9:52 THANK YOU!!! 🤣🤣🤣 I laughed and I cried at the screen for the whole time up to this point 👍
How can you adjust the position?
Great video! How about replacing the prop for a single-bladed prop?
It sounds like a 1960's UFO.
Great video. Keep up the good work.
LMAO.....😂🤣😂 !
I think it's the accent, but when the part flew off the Wing, during testing, it just reminded me of the guy they called the Crazy Russian !
So funny when he would screw up !
Thanks for the humor, intentional or not !
Keep up the great work !
👍😉
As too any translation, please don't change a thing !
It is great !
And I come from a place, where myself and friends were building Flying Wings, and had so many good laughs at our misfortunes !
So I feel your pain !
Lol !
Hello, Simon. You're doing a great work. My question is how can I build a workplace like your's form beginning?
My English is as good as yours my friend and it’s my first language ! 🤣 no worries at all easily one of my favorite channels I always await the newest upload ! Keep them coming !
Nice build. Maybe add a ring shaped Landung gear 15cm below for smoother landings (hopefully)
Really nice job. I really enjoy the concept. Thanks for sharing.
I love watching your videos because you show your failures, I think a lot of people don't realise how much failure goes into success. Failure is what teaches us how to succeed and you always succeed in the end ☺️ Keep up the great work ❤️
I was very happy when you realized that the motor went the wrong way. :D
That thing is terrifying! I love it!
Now your 'wing unit' flies, maybe one on either end of a spar, Chinook style. Or even the 'Osprey'!
(Love the way it deals with 'ground effect' - 'just punch the planet away & keep on going!' : )
Dude, don't stress about the translations. We love the videos 🤘
In amateur rocketry, long burn rocket motors are used instead of electric motors for monocopters. They fly very well.
Love your channel keep up the great vids you are one of my very favorite UTUBERS.
Flight controller + motor tilt servo = position control?
I thought maybe a servo connected to that backwards facing stick.. I like your idea too 😂😂
@@Furby_assassin maybe even just modulation the motor speed to increase lift on one side of the spin.
@@dfgaJK yeah that could work. There's probably a bunch of different ways to try to get more control over it. It would be awesome to see the ideas put to real application.
@@Furby_assassin I imagine the hard part would be heading tracking, you'd need a good magnetometer or something similar.
8:42 can yoou give website link?
nightmare fuel.... always fun to watch your projects.
What about using a boomerang based design and moving the propeller a bit closer to the center?