Large 'Pull String' Spinner
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- čas přidán 2. 06. 2020
- A 'propeller shaped' flywheel can store rotational energy, which when converted into thrust, launches it high into the sky!
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Well clearly you need to make it even bigger and faster. It's the only logical next step.
And dont forget to sharpen the edges :)
Time for Carbon Fiber and transsonic profiles ;D
Yes please! :D
Wonder how that would end if Colin Furze got on board... :o
And maybe use a lawnmower moter to spin it...
And make it out of steel for both additional weight and strength for when it inevitably tosses itself into a bush!
Like to see this this fly though a smoke of fog bank.
YES! FLY IT THROUGH SMOKE!
a smoke of fog bank ??
@@Andrew-AF Never seen a smoke of fog bank?
Andrew Ferguson Yeah, no idea what’s he’s jabbering about.
@@sliceofbread2611 No sir but now I'm dying to see one !
Everybody gansta til this man makes the discs from the incredibles.
Darn i used to have fear of those things
Beat me to it
And chicken little
@@jaykirkham5090 r/beatmeattoit
@@Kyo-bd4tw when I was in primary school teacher distributed kids newspaper and headline is about this movie and mentioned “four eyed chicken” in which four eyed actually meant people with glasses in chinese and I didn’t know that and I thought it’s a monster that can morph it’s face to have four eyes scared tf out of me
"do you hear a helicopter?"
*Throat suddenly slit by a metal propeller*
69 likes
Nice
Great noise, terrifying blender XD
The all new Blendtec Air™
How did you post your comment hours before the video was released?
@@BlackShark-ed4jy He's probably a member, and got early access to the video
The Birdie Blender!
[Tom] Hmmm, a blender motor....
When it's launched at 40º, at 3:58 in the video, as it glides, it flattens out and turns to the right. This is because as it starts to move forward, the blade that is sweeping forward generates more lift that the blade that is receding. Gyroscopic precession then rotates the disc flatter and to the right, causing the levelling off and turning that you see. This is something that happens to helicopters when they move forward, called "Asymmetry of lift" en.wikipedia.org/wiki/Asymmetry_of_lift. The pilot can correct for it to a certain extent, but it limits the maximum overall speed of the helicopter.
I'm glad I visited this TED talk
Isnt that the same thing as when a perfect stone skipping occurs? All the best throws ive seen have turned to one side after a few skips.
You are a badass
And then as it falls is it in an autorotation?
8ball
Why does everyone on CZcams have absolutely beautiful homes/gardens
There are not many out there that will be letting you see the 'unmade' parts of their homes. With a few props, you can give virtually any impression you want.
We know that Tom has a nicely equipped workshop and he lives in or near the countryside. Apart from the few corners of a garden, you don't see much else though the nice weather helps a lot.
Poop
Money
*Homeless CZcamsrs left the chat*
Also yes CZcamsrs can be homeless, Its called a phone with mobile credit.
Production quality
The most inefficient, but also the most fun, way to mow grass.
Doing spectrum analysis on the sound at full power revealed that the rotational speed just after lift off is
4280 RPM (214 Hz) [listed in video 4340 RPM, within 1%]
While just before the lift off it was
4620 RPM (231 Hz)
That is a a 7% loss of energy due to the lift off mechanism.
Probably it will be more efficient when the angle of the red and blue mechanism is more favorable.
You could see in the beginning that the mechanism uses some energy to launch it straight upwards by a 'ramp'
I could tell that he is losing energy quick because of his aggressive angle just by watching the video.
Hugo you are the boss!
You're not fooling anyone. You're actually Joe Lycett.
Whoa, Joe Lycett is here! I bet Mark Silcox gave him these stats.
That was pretty cool but I bet the flat nature of the ring gives it lot of drag, would be cool to see another design where it's like the toy one. Harder to make though.
Not too much harder as long as you have access to a welder. Make the outer ring out of a strip of metal with slots to weld the tips of the blades into.
Large dia sewer pipe of some sort would make a nice ring for the airfoils to put into edit: you could get a (most likely even free of charge) cutoff at the next big construction site. It would most likely be the green polyethylene you can‘t glue but screw. PE would maybe lack stiffness ime but there are pvc ones too and all of them should be nice to work with.
I would like to see that too. I think he should re make it with a band around the outside like the red plastic one.
@@HrDernacht - Also sand-able to an aerofoil itself - but on the inside or outside?
Lod dude he could try both methods. Although the proven one with the ring on the outside is obviously the safer choice. Would really like to see that!
The real question is “how long would it skitter around on the ceiling of the living room for?”😂
Heretobenosey yessss
This needs to be answered
Find momentum and friction between ceiling and thing go go go
"I made a thing" made a giant beyblade, id assume itd be similar to that, just way more dangerous considering itd fall while spinning. Instead of run into your leg itd be the head, neck, chest.
Edit: made this comment a little too early, i dont think this one has enough mass to hurt like the giant sawblade top of death. Still though, dont try at home.
I had a toy given to me, it was a handle with a spiral shaft attached, you pushed a round collar that was underneath a circular ring with three blades. Tried it out at my grandmas house, it hit the ceiling and started grinding off the stipple, just raining while powder down for 10-15 seconds lol I’ll never forget how hard I laughed 😂
4:14 the sound it made was amazing, almost sounded like a mini helicopter
technically is a helicopter!
And now for the world's first game of competitive aerial lawnmowing.
Lmao
William Platt for a second I thought it said anal lawnmowing
le smart boi wtf
😂😂😂😂😂😂I’m dead now
Make sure to sharpen the edges so it can cleanly take someone's head off
Probably make it bigger too?
It was a weapon in Unreal and Unreal Tournament '99
calm down there Oddjob
🤣
r/cursedcomments
2:40 Shiny flying disc, spirally bent grass on a field... It reminds me something...
"X-Files music is playing on a background"
That camera work at 2:35! 🤘
YOOOOOO JUNKYARD DIGS
couldn't agree more. _100%_ spot on.
On today’s episode of Tom Stanton: Tom accidentally makes a UFO
And tiny crop circles
Crop circle explained.
On today episode of Harry Gao: Harry Gao doesn't know what UFO stand for
redstone craft guy it’s a joke, and it’s a ufo to the other people regardless : *Unidentified* flying object. Since they don’t know what it is, it’s a ufo regardless.
@@superslimanoniem4712 It wouldn't be a UFO if we all know what it is would it?
This happened whilst flying my quadcopter once. It did not end well.
F
Micah van Everdingen couldn’t agree more
Wait what does F mean?
@@sparksycat F in chat is a meme that means condolences. In Call of Duty (Story) you press F after someone died. And a meme was born
Press f to pay respects :)
Forget about the propeller! What about that lawn! You are giving me a run for my money!!! Seriously awesome video!
Lol I had to go back and look! I know if YOU say it's a nice lawn, it's going to be pretty damn nice.
lol dude
4:57 how catoon charaters start running...
Weeeee
_what_
*MENTAL GLITCHY GAGS*
@@ramslade
_🤔_ 🤔
GOTTA GO FAST GOTTA GO FASTER
At full RPM that sounded terrifying. I love it!
4:11 listen to how cool it sounds when its passing by, it honestly sounds like a real helicopter going past
the most interesting part to me is that it shows that the majority of the spinning noise you hear from a helicopter isnt actually from the motor, but the sounds of the blades going through the air. a similar effect happens when you swing a sword or long stick quickly through the air
That's Doppler Effect for ya.
Simple trick to store more energy in the Spinner: add weights to the outer rim. maybe some lead fishing weights, covered by an (aerodynamic!) 3d-printed cover
Becomes a balancing act because then more of the lift is countering the added weight
Or a v8 engine
@@tbmx5685 made my day :D
@@jonathanstevenson8948 and distance of mass from center is also squared as well
@@jonathanstevenson8948 indeed, though I was talking about energy or moment of inertia rather than balance
5:12 "A slightly more powerful, more dangerous children toy" I like how this is basically the description of every man's toy.
Tom, years ago when when I was pretty young. For my birthday I received a helicopter that worked on a similar inertia principal. The one difference was that using a pull string launcher the blades were designed to spin up flat. In the hub there were springs that were stretched as the revolutions increased. At launch you would aim the helicopter at maybe a 30 degree angle so that it would fly away from the launcher and travel possibly 150-180 feet or so And then return like a boomerang and land at your feet. As the blades started to slow, the stretched springs would begin to relax plulling the blades into more pitch in order to keep the helicopter flying. A really cool toy. Too bad I couldn't have purchased one to put away until I was older.
I have searched far and wide but no one makes it anymore.
Gotta go, my dog is bugging me for lunch. Cheers.
Tom: time for some destruction
*shoots it into leaves*
4:16 reminds me of that flying vehicle in the incredibles. The one that the bad guys in white suits used while chasing in the jungle. Someone help me out here
Yes cool
Yes cool 2
Yes cool 3
Yes cool 4
Yes cool 5 (yesss Ik what you’re talking about)
0:31
Propeller: Kaboom?
Yes Rico, Kaboom
4:15
It sounds like a helicopter!
no
yes
It sounds nothing like a helicopter.
I think more like a landing cessna
More like a softcore airplane
I imagine making the spinner's outer rim vertical instead of horizontal will quickly improve its aerodynamics.
Exactly what I thought as well!
Another fun video, thanks! You had a slide about rotational energy. Another thing to consider when designing propeller driven stuff is that all other things being held constant, a prop's power goes up by RPM cubed (HP2 = HP1 (RM2^3/RM1^3). If you hold RPM constant, power goes up by diameter (D) to the fifth power (HP2 = HP1 (D2^5/D1^5)). Keep on experimenting!
I'd still like to see a variant of this with the outer ring edge-on to the airflow instead of flat-on as you machined it out.
Trouble with this is, it tends to quickly tilt over and do a dive
Looks like you made the first successful flying saucer of the world, Tom... Congrats! 😬
Stay safe there! 🖖😊
4:12 reminds me of the "Velocipods" from The Incredibles
You build such cool stuff! And plus, I learned about that self-launching "gear" mechanism. I was always curious about that.
I love how it comes down in a corkscrew. Very satisfying
4:11 looks almost like one of those racing drones!
Great video Tom Stanton!
Needs mass in the outer edge
This was my first thought also. Aluminum is great for CNC fabrication but not much for inertia.
@@old_guard2431 Look at the flywheel equation - speed matters more than mass.
@@waynerussell6401 we've maxed out the speed already though.
I think it would do well if it was turned it into a 'ducted' fan, but one where the outside spins too. Put some 'teeth' on the leading edge, and see what thickness of wood it can bore through from a distance.
This channel is a treat. Thank you :)
I love how the vertical launch looks and sounds
Thanks to you I now know what to do with the 600 size heli motor I have laying around. This thing is going to be lethal.
Oh shit I really don't want to be near your house when you'll test it xD
don't try to hand launch it.
Gives me flashbacks of those ufo’s from the incredibles
It's not just me.
Oh man! I was hoping you would put it on a glider in the end. Still fun stuff. Thanks for your time and energy :)
we needed this, thanks
I love watching these vids. That would be nice with lights on. So when it rotates in engages the lights and turns them on. Abit like them light up yo-yos . Stay safe bro👍🏽
I've always wondered what the limits were with this concept. I think you've shown that with an outer ring-wing you could achieve some considerable distance.
I really enjoy your experiments
Another excellent video. Thank you.
4:13
It actually sounds like a helicopter.
technically is a helicopter!
The way you engage the flywheel projectile to the motor reminds me _exactly_ of the newer(?) beyblades.
Also at 4:00 I really thought that thing was going to just disappear into the horizon.
Same XD
Nice design and work.
When you started describing the physics behind it all, I had to pull my pants back up. Subbed for some good content and was blown away.
I feel like we'll se an UFO sightings increase
(Also, I need to build one of these🤪)
Also they will find "mysterious" circles on the ground
It reminds me of these flying Discs in "The Incredibles"
Flywheels are most efficient when they have a large mass around the outer ring. You should try attaching some thick dense metal around the ring of the propeller. The best part about that is having it there won't increase friction, just inertia, so you can spin it up to just as high an rpm (though it will take longer to do) and it will maintain a high speed for longer.
pretty cool i wanted to do that to last summer and here u are with an even extremer version :d
What have we learned? Never hop Tom's fence, otherwise there's probably a spinning object in your Face🙃
Tom: *monotone* Wow that's high.
Me: *cringing* Don't hit the drone!
Nice work Tom. In the sport of clay pigeon shooting, there is a very elite form of target, the “ helice” sometimes called “ ZZbird”. It is a spinning propellor not unlike your device here and launches in the same way. The launcher has a limited rotation powered base, and the whole machine is concealed behind a screen to the shooter has no idea of which direction it is going until it appears. The propellor has a friction fit ring on it, and if it is struck by pellets, the ring detaches and the shooter gets a point. Have a look at this, it might be interesting for you.
That was very enertaining! Thank you.
Next time, just make a wheel, and se how far it goes along the ground!
And them add another wheel with a saddle to ride on
that something straight from the incredibles movie
That's exactly the thing I thought of as well.
4:16 love this sound! Sounds like a sci-fi drone or a tiny helicopter without turbine noise
I love the video. Greatly enjoyed it
3:39 "*wow that's a lot of RPM*"
3:50 *_HOLY JESUS FREAKING CHRIST THAT IS FAST_*
3:50 this sound reminds me with the scream of the bear in "SCP containment breach"
man I just love your backyard
Used to launch 12 inch model airplane propellers off a sewing machine motor using a variac. Actual propellers fly very well. Use a good anchor to keep from launching the motor too.
"The Decapitator"
4:15 the Incredibles, forest chase. Colorized.
I really want to make one of these now, super fun!
I think part of the reason this doesn't fly so high is the geometry of that outer disk. You mentioned in the horizontal test that the plastic versions have that outer ring that acts as a bit of an airfoil; this same idea applies to the vertical test too. The plastic versions have the outer ring presenting a point towards the leading edge, while yours has a flat band presenting towards the leading edge. You should try 3d printing a sort of molding that screws against your outer ring to give it a more aerodynamic shape and revisit the vertical tests!
The noise is everything but how could one make it steerable? With that amount of travel horizontally couldn’t you try to steer it away from ground and start trading speed for altitude?
Problem is, it's basically one giant gyroscope. It would be quite tricky to make it change orientation
It spins too fast to put effective control surfaces on it. It would just cancel itself out constantly as it spins to the other side of the disk.
You must have atleast 20 ticks after walking true that grass
No real dangerous ticks in the UK. Don't wear shorts walking through it though, you end up with legs cut to ribbons by the 'blades' of grass. I made that mistake as a child, and it hurt for hours.
No real dangerous ticks in the UK. Don't wear shorts walking through it though, you end up with legs cut to ribbons by the 'blades' of grass. I made that mistake as a child, and it hurt for hours.
A really cool sound !
This was rather satisfying.
Uploaded 1min ago
Comments 19 hours ago
Me: 0_0
patreons man
It would be nice to see something with some kind of mechanics(could be a servo or even a spring, but it might be hard to find the perfect strength) that can pull weight closer to the center, so if you can spin it up to some speed and launch, it can accelerate(with servos), or maintain its speed for longer(when using springs, and they start pulling the weight in as it starts slowing down).
Keep up the good work, love your videos
This was amazing to watch! The large spinner, when it hopped the fence and just kept going, reminded me of those dual blade spinning drones the bad guys flew in the Incredibles movie! Maybe you could adapt the design to have one prop spin one way, and another prop geared to spin the opposite way, and have it self stabilise, but still launched off the single motor?
Either way, great video, and makes me want to go out and buy a spinner now 🙈
So cool man I love it
Mind blowing stuff right there
Thats so dope!
You can do something similar by locking the bearings on a bicycle wheel, and loosely attaching the axle to a power drill... when the wheel slips out from the drill, it goes incredibly fast, and it's funny to watch it jump a ramp.
Gives me memories from when I had one of these toys as a young child. It met it’s unfortunate end when it hit the ceiling too hard though
well thats the first video i watch and this was epic af
Great vid
👍
Those interlocking teeth are called an overruning clutch. they are often in starter motors. to keep the engine from spining the windings off the armature. after it starts.
looks fun!
Wow! That's really cool and awesome! 👍😀 I have little ones like that with a hand launcher.
I'm the most impressed on how well it was balanced
I think like a first one is vertical corner to help it going to more hight but which you made you spinner has horizontal corner the horizontal corner has resist more air then the first one which have vertical corner ( means which spiner has vertical corner is going to hight )
Alternative title: Man builds dangerously fast spinning flying lawn mower
You shoud do this same project, but have another one counter-rotating to cancel out the yawing it would also effectively double the trust or kinda double the flight time.
could you print a circular airfoil to be the support ring (made to have a metal ring as reinforcement perhaps) so that with a very slight angle upwards it would produce lift?
I hope to see an upgrade of this😍
I love how it does its own auto-rotating landing
At a young age of building things I was given a dremmel tool set. Did not take me long to put one of the toy rotors like that on the dremmel, wind up to high speed. Now I did understand centrifugal force so I never spun up to the full RPM, and i had to stop the chuck by hand cause I knew would destroy the chuck lock. But dam they launched very high, and I lost the rotor in a field. End of experiment. Lucky didn't explode in my face.
Only way I can think of improving it is making it more similar to the plastic ones. The outer surface is probably slowing it down a bit, and like you mentioned in the video, with the smaller ones, the outside surface acted as a wing to a certain degree
great video, wish I had time to make stuff I have work then relaxing, if I were to make some of my projects it'd take a a week spread out across a decade
Dude, your channel is so cool.