I was not only impressed by the airless tires ,but also by the replication machine that you used in the beginning of the video, that was very accurate and fast
Everyone is criticizing the concept lol but its a concept and concepts can always be improved. Ya'll are just jealous because he had the idea lol. The military designed an airless tire for its all terrain vehicles years ago and are still improving on the technology lol
The idea is old, even car tire manufacturers created airless flexible designs more than 10 years ago. The design doesn't work well, rubber+air even after 10+ years of messing with these designs is superior. It isn't a matter of jealousy, its just silly. Only works for video views.
That's a lot of additional rotational weight. That means more force required to start, and more to fight against when stopping. How do they do when going all out?
I love how sheepishly it's ridden at the end. Great idea but I'd love to see if being ridden like a proper all terrain mountain bike. That would give a true idea of how this works.
Casual street riding, avoiding hard corners and curbs, it should be fine for a while. Actual trail riding? Rocks might crack the rings or taking a corner too hard might peel the rubber right off the wheel.
le michelin du vtt est en scène. 😉 génial ! en plus les pneus présentent bien. le rendu général est attractif. personnellement j'aime bien. c'est même assez moderne dans l'ensemble avec votre beau vélo. 🙂 et d'un point de vue confort, la fermeté du pneumatique est équivalente ou bien faudra-t-il améliorer l'amortissement des anneaux entre la jante et le pneu ? belle réalisation et merci pour le partage. 🙂
Very cool, but now you have a thousand bolts to keep tight, not to mention the extra weight. Those circles will eventually break and then try to repair the wheel if you are outside on the road 😉
Yeah but he can just keep a ring or two extra on the bike along with a wrench 🔧. If one happens to break I'm sure he'll still make it where he's going unlike a flat tire
@@skynetreboot8239 a ring or two? Have you seen a wheel become damaged? The aluminum ones usually bend in half somewhere across the whole rim. I just picture way more getting broken. That said- this idea with improvements in materials used might be a good airless tire afterall. That blue PVC doesn't seem the most reliable or really allow for the smoothest ride. Question is what's a better material 🤔
He didn't show every step, but without thread-locker on those screws, those nuts won't stay on long. As Andrei said, it's just a project to make a video out of, people with channels need content.
Well it *"could"* be more durable when driving or when being poked by bulky rocks and nails, rather than air tires and theres also a tire luke this for cars and it works so well check it out🤠
It is worse in termes of weight for sure. And moreover it would be very slow. As the fastest wheel is with wieght centered as much as possible in the middle. (Around the hub)
If you had kept the whole tire instead of cutting it down, couldn't you have then just put holes in the side, stitched the rubber and thus not even need the glue? I mean, as you use the tire, hitting rocks, going off curbs, the glue is bound to release, but stitching the tire using the sides that were cut out (not cut them out of course) and you would have better stability and potentially less slippage.
Super cool! I feel like there is real value in a concept like this, whether it's repurposing old materials, or using virgin materials that are easier on the environment. Keep it up dude!
@@agnaldoguedes Cara, eu aposto que é cola de pvc, porque ele usou borracha e canos de pvc. Se você estiver perguntando isso, pra tentar fazer, eu quero o link do seu vídeo, fazendo. 😀
@@TTVEllTulio Até queria, mas não tenho "tempo" ($$$$), rsrssssssss. Foi mais a dúvida mesmo. Mas se um dia eu tentar, com certeza vou gravar um video.
@@IHateArgalia Yeah, they've been trying to do a similar thing with car tires for over 10 years & they still don't have anything that can compare with air tires.
I saw the beginning of the video where he was nearly bottoming out on the rim, but after watching for a while I realized that was BEFORE he made the "airless tires". I was hoping he'd use a more flexible material in the airless tires because what we don't see in the video is any kind of use of the tires that squishes them down to near the rim
its unmatched because its useless, only looks cool. alot more can go wrong with a tire like this then just with rubber tires filled with air, not to mention thr extra cost and weight
great video as always.... though I was disappointed that you didn't show its performance over those shallow stairs or that sidewalk drop you showed in the pre-airless intro montage. I'm also curious to see how the pipe rings hold up to any impact (or how the ride quality feels ~perhaps with a mobile phone's accelerometer or a container of water tied to the handlebars)... I imagine it's a tad bumpy when you're between rings. Looking forward to your next build!
@@Max_Mnexuss помню такую же ситуацию только вместо каучука был резиновый шланг, тоже самое даже подпрыгивание на стыке 😅 борьба против бараньих колючек
Or could have just pumped some air into regular rubber tires to get a more comfortable ride. lol Also durability is a big question mark, as PVC is not designed for lots of bending, it tends to crack. If you hit a curb hard enough, it will shatter. Great for a fun project, but probably not really practical.
Not necessarily. Now there is no more rubber on the sides and no pressurized air inside which is denser and heavier than regular air. If there was a way to get rid of the bolts then it could end up being lighter.
@Michael H seems like you are putting limits on what is possible. What I’m saying is you can reduce the weight so it’s the same weight or less than an air tire potentially. If you can do that and minimize efficiency losses due to the compression of the tire, then you have a very marketable product.
@@BimmerWon Hmm, those CO2 canisters that can fill a couple typical mountain bike tires? How much do those weigh? As much as a backpack full of PVC pipe and a couple hundred fasteners??? 😋
@@ozerik again you are not thinking outside the box and putting limits on what is possible. I’m sure there are polymers or some sort of other material that can be engineered to make this more practical than normal air tires.
Great work! Did you tried how they behave with heavy breaking? Perhaphs at a hard stop the rubber can slide in these instances. A 2nd version can have some sort of attachment that prevent this, in case in happening. Great video as always
They aren't even round 😅 not to mention drilling extra holes into the rim. The least of my concern would be how well the rubber is adhestised to the tubing
Pretty cool. Love how they handle stairs, bumps! What is the weight of those new tires compared to the regular air filled ones? How long do the plastic rings last ? (How many compressions can they take before cracking/breaking)?
It's just cool to see but probably useless. Plastic rings will not last much and replacing them is a nightmare since they are glued. And we are not talking about rolling resistance and weight. There is a reason why we have tubes (or tubeless).
Far as I'm aware, real airless tires like this are made with reinforced rubber supports, not plastic. A car with these tires is pretty crazy looking. Does seem like the PVC wouldn't last terribly long. Handling with these seems like it would be subpar as well, with the way the tread is only in one flat surface and all.
Ohhhh hek nah bro u cant u cant have that one. That dude did not go down any stairs bro no he did not and u know why cuz if he did those wheels would break ma boiii... Ur not going to sit and type a lie....!!!!!!!!
Great concept, however I would be interested to learn how well the airless tires absorb shock. The PVC pipe appears too brittle for long term durability.
I would like to know if they are actually durable with breaking, on rough terrain, I would also like to know how much heavier these tires are than the normal tires.
They are not. They will break in couple of days, if not even are already broken in that day of filming. The idea is interesting, the execution was shit. Plastic and metal screws? Really?!?
@@dingdongdaddy589 I don't necessarily agree with that the durability is why you don't see them everywhere. The are extremely expensive and heavy. They are used a ton in the lawn and construction industry.
I just wanted to know one thing that is i don't think they are much reliable currently but yes great efforts and comfort level will also be different plus the force we apply to rice a bicycle can you share your views on these things ? thank you 😀
Nice. I'd probably use rivets and spacers instead of the bolts, and maybe keep a few tabs of sidewall to fasten the rubber to the loops with zip ties or similar. Only way to get the weight down would be to use a lighter material than PVC, maybe thin loops of spring steel? Interesting idea.
А еще там болтов и гаек с килограм, еще и шайбы? приклеил криво переднюю покрыху ни кого не смутило? По городу может и норм, дать ему жести сразу же и разуется и все пойдет по одному месту с далее вытекающими обстоятельствами, а потом орем ручку мы сломали б... Ь
Вот, у него 3 ряда колец. Когда велосипед стоит прямо, нагрузка равномерная на каждый ряд колец. Как всё это себя покажет на повороте? Весь вес перейдёт на левую или правую сторону. Не лопнут ли кольца при повороте. Какой градус поворота выдержит данное изобретение? Идея - просто супер! Возможно, придётся методом проб подбирать материал и диаметр труб.
Думаю, главное идея. А дальше как получится, слово за технологами, новыми материалами. Такие колеса уже есть, но не в таком примитивном исполнении,(1кг. болтов). Цельнолитая перфорированная покрышка из полиуретана с нужными характеристиками в форме пчелиных сот и не такая тяжёлая. Для городских поездок норм. Но благодаря таким изобретателям и развивается наука и производство! Удачи Вам.
@@emilaliyev9442 на машину такое же колеса изобрели уже 2 года назад. ещё Чудо техники обзор на него делали( 808 называется теперь), а это не изобретение - это херня на один раз. Нахера оно мне в рекомендации попало. Ему к Доктору прямая дорога.
Really, Ralph? Until he rides in deep mud. Let's see if he is still a genius. Mud fills the holes and gets sprayed all over him by those wheels, like a road filled with water on a pouring wet day. Bicycles are becoming ridiculous these days. Why do you want tractor wheels I can't help shaking my head. 🙄
All it would take is just going down a steep walkway because you underestimated how tall the drop is and didn’t want to go down the stairs for the plastic to break and then it’s game over, if it were flex able that would’ve been pog
I was thinking kind of the same thing... "but he can't jump with it, or can he?"... but i think PVC pipe (being circular) is quite strong, and having many circles distributes the force quite a bit. Harder ride, though... as the pipe circles transmit this force largely undampened, it could be too much stress on other components.
He shows the tear in the tire sidewall then makes the useless PVC wheels for entertainment...A better of use time would be to figure out an idea/good way to prevent sidewall punctures and make a video on it....Off subject, I'd love a fat tire e-bike for winter so I could put a ski on the front fork and tire studs in the rear wheel to make a snowmobile. They sell $350 snow track kits for electric & motorized bikes but the back track sucks and keeps falling off.
Супер колёсо сделать придумал но клею там не доверяю понятно если два поверхности будет резина то клей держит но в этом случае переодичести надо будет часто клейть
That tire tread will come off after a few hard rides on that bike. This seems more like fluff and good editing to make it look like it may work long term. I would like to see more road, and off road tests before I would waste time and money on this DIY....
Makes me curious to how the ride would be. Hello man I've been pushing down on the pedals to go forward and the flexibility of the material in the tires looks like it would require way more effort to push the bike down the road. But that's only thought. I have to try it out.
Well done ! for a conceptual experiment !.....but otherwise I'd be concerned about the tire treads being "glued" to the plasic ? Also, the question of "how long" before all those loops loose their "flex ?"
Trade with an expert else you will lose all your capital and you will drop off the market The importance of professional mentorship of an expert should be the first step of trading
You removed the air and added more weight. That’s brilliant!
And?
@@Meow-pu5jt does anyone worry about flats during chill rides through the neighborhood
@@StudioBrule The what? Ffs, please continue.
@@zezenspratama5189 he says does anyone care about getting flat tire while being not that far from home
MUST. BE. AERO. IT. IS. NOT. AERO.
I was not only impressed by the airless tires ,but also by the replication machine that you used in the beginning of the video, that was very accurate and fast
@@NPC_Yi Someone didn't get the joke 😬
@@shadowkirby3763 gak bisa bahasa inggres
@@NPC_Yi indian kido
@@nimenispx8460 too hygienic
@@NPC_Yi you are wearing a mask😬✋🏽
Video editing on this one is really amazing and the idea of using very simple materials to create this concept bicycle is pure creativity.
why are you everywhere
i think so!😍
Jesus loves y'all so much and never forget
that and Jesus died on the cross for our sins
and rose the third day God bless
@@gamefun2525 to get some subscribers
@@gamefun2525 if you ain't following him up and down you couldn't have known he's everywhere
Everyone is criticizing the concept lol but its a concept and concepts can always be improved. Ya'll are just jealous because he had the idea lol. The military designed an airless tire for its all terrain vehicles years ago and are still improving on the technology lol
The idea is old, even car tire manufacturers created airless flexible designs more than 10 years ago. The design doesn't work well, rubber+air even after 10+ years of messing with these designs is superior. It isn't a matter of jealousy, its just silly. Only works for video views.
Lol, lol, lol
Great idea for the next video: insane bicycleless tires
Hello verified ytber
Lol
So just bicycle tires ?
Yes it’s very 👍
Investing in CRYPTO now should be in every wise individuals list, in some months time you'll be ecstatic with the decision you made today.
He has such a good ideas for bicycles every time
Ikr
Просто зделай) и эта идея непокажета тебе уж такой касмической разработкой)испорти пару калёс ха ха ха
This is an old idea
0:31 i want this printers
How is it called ?
fast 3D printer...
sus
Investing in CRYPTO now should be in every wise individuals list, in some months time you'll be ecstatic with the decision you made today.
@@bene6270 y
@@samlinkin31 but it is..
Genius! Thanks for the idea!
Imagine riding through a puddle and all the mud and clay stuck in those holes would make the ride very interesting
Too much interesting
Exactly 😹
Easy to.clean
There's a reason science and physics existed. Tesla might roll on his grave if he sees this gimmick wheels.
Fftuririwq81×₩9+
. .. .. -$#$4+ê2z1åjuriekksgksljr733iiejehrrhjrjjejejrjrjrkrjuyireoeao9s8u873322a333223333333eweeeeewwwwwoķagaghhitYtafaaUYrA47a6frhabara7aaa8a
The Q in 2050: Insane tyreless cycle
2099: tireless cycle of insanity
😂😂😂
He actually did a hub less bike
@@abrarasif8215 he meant a bike without tire :0
5000: insane cycleless cycle
*His video quality, editing, ideas, stuff he makes everything's amaeozing 😮*
Well, yes but not all ideas are his, I will admit they are executed to perfection though
That's a lot of additional rotational weight. That means more force required to start, and more to fight against when stopping. How do they do when going all out?
@everVicer8ing (anyone but MEEeeeee) what a judgey baby turd, my GAWD.
Awesome work, when the camera pans from one process to next process, it's so satisfying to watch, your projects are so unique.
I love how sheepishly it's ridden at the end. Great idea but I'd love to see if being ridden like a proper all terrain mountain bike. That would give a true idea of how this works.
It's a nice concept but thats about it, all the plastic is added weight, not to mention that it's also weaker
Considering that it's a low end bike with bolt on wheels. It will probably never see a mountain bike trail. Or at least not too far
Casual street riding, avoiding hard corners and curbs, it should be fine for a while. Actual trail riding? Rocks might crack the rings or taking a corner too hard might peel the rubber right off the wheel.
who rides an all terrain mountain bike "correctly", pride
I just mean normal ride is enough
I love how bright and lively the color of cinematography is.
Investing in CRYPTO now should be in every wise individuals list, in some months time you'll be ecstatic with the decision you made today.
@@bene6270 shut up please thx
le michelin du vtt est en scène. 😉 génial ! en plus les pneus présentent bien. le rendu général est attractif. personnellement j'aime bien. c'est même assez moderne dans l'ensemble avec votre beau vélo. 🙂 et d'un point de vue confort, la fermeté du pneumatique est équivalente ou bien faudra-t-il améliorer l'amortissement des anneaux entre la jante et le pneu ? belle réalisation et merci pour le partage. 🙂
Very cool, but now you have a thousand bolts to keep tight, not to mention the extra weight. Those circles will eventually break and then try to repair the wheel if you are outside on the road 😉
this is meant for usage within several hours only at a time.
Yeah but he can just keep a ring or two extra on the bike along with a wrench 🔧. If one happens to break I'm sure he'll still make it where he's going unlike a flat tire
@@skynetreboot8239 a ring or two? Have you seen a wheel become damaged? The aluminum ones usually bend in half somewhere across the whole rim. I just picture way more getting broken.
That said- this idea with improvements in materials used might be a good airless tire afterall. That blue PVC doesn't seem the most reliable or really allow for the smoothest ride.
Question is what's a better material 🤔
He didn't show every step, but without thread-locker on those screws, those nuts won't stay on long.
As Andrei said, it's just a project to make a video out of, people with channels need content.
nylon or aluminum hardware would work better. I see trouble with lateral stabilization. Good Idea.
Well done, very innovative.
I would be interested to hear how it compares to other tires in terms of performance even if it is a prototype.
Well it *"could"* be more durable when driving or when being poked by bulky rocks and nails, rather than air tires and theres also a tire luke this for cars and it works so well check it out🤠
It is worse in termes of weight for sure. And moreover it would be very slow. As the fastest wheel is with wieght centered as much as possible in the middle. (Around the hub)
Nice!
bad for mud though
@@TheCaptainSplatter no its not. Look at the car version
That is the best idea ever, never have to worry about a flat tire ever again!
If you had kept the whole tire instead of cutting it down, couldn't you have then just put holes in the side, stitched the rubber and thus not even need the glue? I mean, as you use the tire, hitting rocks, going off curbs, the glue is bound to release, but stitching the tire using the sides that were cut out (not cut them out of course) and you would have better stability and potentially less slippage.
Always amazing😍
Yeah..
Being able to manifest an idea into existence. I will never for these absolutely powerful words. Who wouldn’t want to be an engineer after hear that?
Indeed! ✌🏻
Indo
Hallo bang austen
Nonton juga bang
This man is literally a savage loved it bro
Super cool! I feel like there is real value in a concept like this, whether it's repurposing old materials, or using virgin materials that are easier on the environment. Keep it up dude!
Классно придумал. Велосипед немного станет потяжелее, но зато колёса накачивать не придётся!
Lista de coisas que nunca vou fazer na minha vida, mas amo assistir alguém fazendo:
1_ Insane airless tires.
...
Nem é muito difícil mas é trabalhoso.
@@emmanuelH. That's the reason.
Gostaria de saber qual a cola que ele usa, para prender o pneu. Alguém sabe??
@@agnaldoguedes
Cara, eu aposto que é cola de pvc, porque ele usou borracha e canos de pvc. Se você estiver perguntando isso, pra tentar fazer, eu quero o link do seu vídeo, fazendo. 😀
@@TTVEllTulio Até queria, mas não tenho "tempo" ($$$$), rsrssssssss. Foi mais a dúvida mesmo. Mas se um dia eu tentar, com certeza vou gravar um video.
Never in a quadrillion years would I have the patience that guy has.
?
Same, thats what I tought when I saw he making slices of pvc.
Definitely we crave for some tests in the real environment: rocky and bumpy roads, potholes, moutains etc. Jumping on it. How reliable this is?
We use air tyres for a reason.
Also i guess there would be material fatigue from repetitive stress.
@@IHateArgalia Yeah, they've been trying to do a similar thing with car tires for over 10 years & they still don't have anything that can compare with air tires.
I saw the beginning of the video where he was nearly bottoming out on the rim, but after watching for a while I realized that was BEFORE he made the "airless tires".
I was hoping he'd use a more flexible material in the airless tires because what we don't see in the video is any kind of use of the tires that squishes them down to near the rim
The whole presentation and machinery were awesome and nice effort. But i am fine with my normal cycle😄.
Your dedication to this is currently unmatched!
its unmatched because its useless, only looks cool. alot more can go wrong with a tire like this then just with rubber tires filled with air, not to mention thr extra cost and weight
@@Luca6v Okay,show us something cool then.......? Don't get scared now! Hahaha!
@@audiwankenobi361
rubber bike tires, google it
@@Luca6v So what about the many landscaping companies that already use a similar type of tire on their mowers?
Когда собаке делать нечего 😂
CAN YOU PLEASE DO ANOTHER VIDEO ON IT SHOWING THE BICYCLE GOING OVER JUMPS AND IN THE MOUNTAINS TO SEE HOW IT HANDLES GOD BLESS YOU
YOUR CAPS LOCK IS BROKEN
YES PLEASE
It is the failed experiment of bronze age, we Don't live it..... It won't WORK
It doesn't work. It squirms a lot when you corner and has no grip, it's a very harsh ride and it is more expensive to make than a regular tyre
@@Fred_the_1996 ...
Not *Harsh* ...
Yet not ideal for Muck and Mud, Snow and Off-Camber Hills (SideLoads)...
Отлично сделано! Но что будет если пластиковые трубы начнут разложиться и сломаться? Каждый раз надо будет менять?
Ага, а еще плюсом 3кг болтов и гаек
@@Zabiyaka75 так называемый, одноразовый велосипед для контента))
@@Zabiyaka75 also new tire. He glue it to the that PVC round.
@@Zabiyaka75 Там ободу будет гаплык через 500-1к км
Надо ссылку на трубу. В каком мерлене он её купил?
Simplemente brillante !! Eso no se pincha más 👏👏
great video as always.... though I was disappointed that you didn't show its performance over those shallow stairs or that sidewalk drop you showed in the pre-airless intro montage.
I'm also curious to see how the pipe rings hold up to any impact (or how the ride quality feels ~perhaps with a mobile phone's accelerometer or a container of water tied to the handlebars)... I imagine it's a tad bumpy when you're between rings.
Looking forward to your next build!
Love the concept and have seen that similar idea in concept vehicle tires as well.
*Прикольно! Креативно! Но надолго ли?))) Особенно в грязь))) Как это потом всё промывать и менять в случае поломки?))*
Заного
Я в детстве каучук со стройки вставлял вместо камеры :) . Тяжелее крутить и подпрыгивал в месте стыка :) .
@@Max_Mnexuss помню такую же ситуацию только вместо каучука был резиновый шланг, тоже самое даже подпрыгивание на стыке 😅 борьба против бараньих колючек
Investing in CRYPTO now should be in every wise individuals list, in some months time you'll be ecstatic with the decision you made today.
Beautiful functional art. Well done.
Should've taken an incredible amount of time to complete this project. Great video!
Wouldn't it be easier to just fill the gap between the wheel and tire with a garden hose?
Or could have just pumped some air into regular rubber tires to get a more comfortable ride. lol Also durability is a big question mark, as PVC is not designed for lots of bending, it tends to crack. If you hit a curb hard enough, it will shatter. Great for a fun project, but probably not really practical.
awesome idea
🔥🔥🔥
Investing in CRYPTO now should be in every wise individuals list, in some months time you'll be ecstatic with the decision you made today.
Amazing 👌. A lot of work shown in a couple of minutes.
Amazing work. Love from India ❤️
Looks cool and while I admire your ingenuity, the wheels would be heavy and impractical overall.
Not necessarily. Now there is no more rubber on the sides and no pressurized air inside which is denser and heavier than regular air. If there was a way to get rid of the bolts then it could end up being lighter.
@@BimmerWon The bolts will work out a way to loosen themselves without any human assistance 🙄 'cos bolts are clever little brats.
@Michael H seems like you are putting limits on what is possible. What I’m saying is you can reduce the weight so it’s the same weight or less than an air tire potentially. If you can do that and minimize efficiency losses due to the compression of the tire, then you have a very marketable product.
@@BimmerWon Hmm, those CO2 canisters that can fill a couple typical mountain bike tires? How much do those weigh? As much as a backpack full of PVC pipe and a couple hundred fasteners??? 😋
@@ozerik again you are not thinking outside the box and putting limits on what is possible. I’m sure there are polymers or some sort of other material that can be engineered to make this more practical than normal air tires.
Wow!! You've got to have a lot of genius and patience with that. 😄🚲
Really insane 🤩🔥
bro I never thought of seeing a person do what you do, you are smart and funny, keep it up 😎👍
It looks cool but I'd think that it wouldn't ride very smoothly, even on a flat surface.
Indeed it would not.
I wouldnt doubt that though those rings bend like springs and spreads out the pressure
its look cool only if you are not an engineer
What it seems is not exactly that
@@ashishmahapatra5478 reliability. plastic does not work for long time with such a load. product only for youtube
Great work! Did you tried how they behave with heavy breaking? Perhaphs at a hard stop the rubber can slide in these instances. A 2nd version can have some sort of attachment that prevent this, in case in happening. Great video as always
They aren't even round 😅 not to mention drilling extra holes into the rim. The least of my concern would be how well the rubber is adhestised to the tubing
I love this channel because of this. You always come up with a thousand ideas about the same subject and they always turn out excellently!
It looks amazing
Pretty cool. Love how they handle stairs, bumps!
What is the weight of those new tires compared to the regular air filled ones?
How long do the plastic rings last ? (How many compressions can they take before cracking/breaking)?
It's just cool to see but probably useless. Plastic rings will not last much and replacing them is a nightmare since they are glued. And we are not talking about rolling resistance and weight. There is a reason why we have tubes (or tubeless).
Based on the flattened shape, I have to guess you can’t lean very far over before you run out of tire tread.
They do look cool.
Far as I'm aware, real airless tires like this are made with reinforced rubber supports, not plastic. A car with these tires is pretty crazy looking. Does seem like the PVC wouldn't last terribly long. Handling with these seems like it would be subpar as well, with the way the tread is only in one flat surface and all.
Ohhhh hek nah bro u cant u cant have that one. That dude did not go down any stairs bro no he did not and u know why cuz if he did those wheels would break ma boiii... Ur not going to sit and type a lie....!!!!!!!!
@@carlosaguirre6080 Re watch the video time stamp 5 seconds to 9 seconds. Steps and curbs with 90 degree sharp edges. Try watching while awake.
Great concept, however I would be interested to learn how well the airless tires absorb shock. The PVC pipe appears too brittle for long term durability.
I thought shock absorption might be fine but they look very heavy for constantly rotating mass
Driving in a few inches of water, I'm sure they would bog down and slow you considerably.
Thumbs up for the ingenuity. It looks great. But I think going tubeless would have been less work, lighter, and given a better ride.
The editing here is insane Nice work on this film
I would like to know if they are actually durable with breaking, on rough terrain, I would also like to know how much heavier these tires are than the normal tires.
They are not. They will break in couple of days, if not even are already broken in that day of filming.
The idea is interesting, the execution was shit. Plastic and metal screws? Really?!?
If these types of tires worked - they’d be everywhere. I remember a picture of a set of michelins on a car - probably two decades ago now…
@@dingdongdaddy589 I remember that. The issue with them wasn’t the reliability, it was the actual cost to produce.
@@dingdongdaddy589 I don't necessarily agree with that the durability is why you don't see them everywhere. The are extremely expensive and heavy. They are used a ton in the lawn and construction industry.
I just wanted to know one thing that is i don't think they are much reliable currently but yes great efforts and comfort level will also be different plus the force we apply to rice a bicycle can you share your views on these things ? thank you 😀
Nice. I'd probably use rivets and spacers instead of the bolts, and maybe keep a few tabs of sidewall to fasten the rubber to the loops with zip ties or similar. Only way to get the weight down would be to use a lighter material than PVC, maybe thin loops of spring steel? Interesting idea.
I am your fan Mate !! How neatly you are making things happen.
Subscribed.
Интересно как эта поделка держит боковую нагрузку при большом угле в поворотах. Думаю пвх колечки повыворачивает из обода.
Да это шляпа
Доктору надо отправить а то мало выпусков у дью
В поворотах велосипед наклоняется.Так что думаю боковые нагрузки тут минимальные.
А ещё вес и нерция этих "маховиков"!
А еще там болтов и гаек с килограм, еще и шайбы? приклеил криво переднюю покрыху ни кого не смутило? По городу может и норм, дать ему жести сразу же и разуется и все пойдет по одному месту с далее вытекающими обстоятельствами, а потом орем ручку мы сломали б... Ь
Ждал когда будет тест по ступенькам
🤣
Золотые руки у мужика 👍
Вот, у него 3 ряда колец. Когда велосипед стоит прямо, нагрузка равномерная на каждый ряд колец. Как всё это себя покажет на повороте? Весь вес перейдёт на левую или правую сторону. Не лопнут ли кольца при повороте. Какой градус поворота выдержит данное изобретение? Идея - просто супер! Возможно, придётся методом проб подбирать материал и диаметр труб.
Great work and job on this, I wonder how strong that glue is though
человек изобрел колесо и велосипед одновременно. жаль конечно что эта красота ровно на одну поездку. приклеил резину к пластику суперклеем :)
Думаю, главное идея. А дальше как получится, слово за технологами, новыми материалами. Такие колеса уже есть, но не в таком примитивном исполнении,(1кг. болтов). Цельнолитая перфорированная покрышка из полиуретана с нужными характеристиками в форме пчелиных сот и не такая тяжёлая. Для городских поездок норм. Но благодаря таким изобретателям и развивается наука и производство! Удачи Вам.
@@emilaliyev9442 , так он ничего и не изобрел. просто испортил велосипед.
@@emilaliyev9442 на машину такое же колеса изобрели уже 2 года назад. ещё Чудо техники обзор на него делали( 808 называется теперь), а это не изобретение - это херня на один раз. Нахера оно мне в рекомендации попало. Ему к Доктору прямая дорога.
На кроссовках клей работает а там почему нет
@@emilaliyev9442 не пчелиных сот помоему шмельиных
the lateral rigidity would be pretty sketchy but if at or near vertical most of the time thats a great design.
Would have been good to see a more thorough testing. Down an off road slope for example with some bigger drops.
Very interesting! Gonna need a whole lot of loctite to hold those bolts in haha.
Exactly what I was thinking🤣
@Donny D Fair, but those arent good for everything. Not sure how they would work in something like this. Havent ever tried rofl
Magnificent work Man, bravo!!!
This guy is one of the most unbelievably talented geniuses that I know
Investing in CRYPTO now should be in every wise individuals list, in some months time you'll be ecstatic with the decision you made today.
Really, Ralph? Until he rides in deep mud. Let's see if he is still a genius. Mud fills the holes and gets sprayed all over him by those wheels, like a road filled with water on a pouring wet day. Bicycles are becoming ridiculous these days. Why do you want tractor wheels I can't help shaking my head. 🙄
Awesome mechanical engineering!!! You never have to worry about tire pressure & that alone is very rewarding.
I still wanna know how he 3D printed that wrench so quickly.
PC Load Letter.
🤣🥳🤓
this is great how may I find one
Not only does this guy have mad skills and is awesome but he also has amazing video editing, creativity and COLOR COORDINATES! A+! 👍😎
you are the type of person videos like this are made for. Educate yourself, this is a horrible idea horribly executed.
All it would take is just going down a steep walkway because you underestimated how tall the drop is and didn’t want to go down the stairs for the plastic to break and then it’s game over, if it were flex able that would’ve been pog
I was thinking kind of the same thing... "but he can't jump with it, or can he?"... but i think PVC pipe (being circular) is quite strong, and having many circles distributes the force quite a bit. Harder ride, though... as the pipe circles transmit this force largely undampened, it could be too much stress on other components.
He shows the tear in the tire sidewall then makes the useless PVC wheels for entertainment...A better of use time would be to figure out an idea/good way to prevent sidewall punctures and make a video on it....Off subject, I'd love a fat tire e-bike for winter so I could put a ski on the front fork and tire studs in the rear wheel to make a snowmobile. They sell $350 snow track kits for electric & motorized bikes but the back track sucks and keeps falling off.
Love the idea, great video! Rotating mass is an issue, so I would probably not want to ride it regularly...
I really love the design and the idea is incredible. I would love to have a wheel like this. But to be honest I'll be scared to ride fast with it.
Very creative idea! That is the coolest pair of bike tires!
Супер колёсо сделать придумал но клею там не доверяю понятно если два поверхности будет резина то клей держит но в этом случае переодичести надо будет часто клейть
Isso é uma ideia revolucionária, as bicicletas poderiam ser fabricadas assim e os carros também, assim acaba com prejuízo de pneus furados etc
Красотень! Особенно по грязи или навозу!
Знатная хрень
Thumbs up for the time and effort just to complete this video and share to all of us!
Lo felicito bro te estaré pendiente tus novedades hecho pa'delante saludos desde Bogotá Colombia
Они и так тяжело крутятся колёса, а тут прям походу совсем тяжёлые стали
там ещё болтов штук 30 на каждом колесе. чисто для просмотров.
Шляпа до первой ямки,))
That tire tread will come off after a few hard rides on that bike. This seems more like fluff and good editing to make it look like it may work long term. I would like to see more road, and off road tests before I would waste time and money on this DIY....
They sorta just make random shit for the fun of it seemingly its rarely that useful.
Agreed. Perhaps if it was stitched into the blue plastic then the tire wouldn't come off
Investing in CRYPTO now should be in every wise individuals list, in some months time you'll be ecstatic with the decision you made today.
It was glued on
Maybe waste your time in reading the video title again
That's nice! How will it lasts?
Сотни гаек нужно будет подкручивать переодически🤪
Verdade, depois de umas pedaladas, certeza de que precisarão ser apertadas.
Фиксатор есть для этого и Гровера!
Всё это протрётся и рассыпится за три дня
@@КВАДРАТ-с5г это пиздец
А теперь представим что пошёл дождь и пришлось заехать в г-на. Задолбаешься все это мыть потом
Wicked cool, I recommend lock tight on those bolts & I wouldn't cut the sides of the tire's if they would fit...
I had the exact same thoughts! Cutting the tire reduced its durability and is purely only for aesthetics.
They also look like they might slip off with some lateral force ie: hard cornering.
По лестнице на этих кружкаж точно долго не поездишь.Деревяное надо от телеги.Проверено веками.😁😁😁
Ne
Makes me curious to how the ride would be. Hello man I've been pushing down on the pedals to go forward and the flexibility of the material in the tires looks like it would require way more effort to push the bike down the road. But that's only thought. I have to try it out.
Its been too long, now we need the tutorial on how to make a bulb appear when we have an idea
OMFG😂🙏🏼
I'm love this channel, I'm looking forward to do this on my bike. Wish me luck!
Bad idea buddy, please stay with compressed air
@@ZzzarieL I mean, there isn't anything bad giving it a try yk
They already produce a similar tire/wheel design for heavy , low speed equipment .
Well done ! for a conceptual experiment !.....but otherwise I'd be concerned about the tire treads being "glued" to the plasic ? Also, the question of "how long" before all those loops loose their "flex ?"
You do realize there's still air between the tire and rim right 😂😂
This idea has been getting around before the 2000's, tweels - tyres and wheels.
с такой кучей соединений болт-гайка вес этого фэт байка будет в два раза больше )
This is pretty sick wish I had the tools to do something like this. Seems like a fun project.
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Fernando C. Arevalo Fx
А клею на камере мы доверяем , прям держать на поворотах будет реально))
Конечно не долговечность
Its cool but have too much demerits
Хуета полная, согласен
Вообще ролик для недоумных людей.
Это нужно матвееву отправить
सभी देशवासियों को नवरात्रा की हार्दिक शुभकामनाएं 🙏🙏💯💯
Man that's a helluva lotta work!
Esse cara só não domina o mundo pq ele tá ocupado fazendo mais uma bike 😂😂✌
Definitely a cool idea for an electric bike. Seems that you add a bit of weight to the rim.
Не плохая идея. Если всё хорошо продумать, и без болтов и гаек, получится очень даже неплохо.
@@Unknown-pr2dl Верно сказал
,,3
Только очко так нагеморит, да и на поворотах, особенно когда на скорости входить...
Камера есть камера, а это так, для поиграться
Simply incredible! The adhesive would be the only questionable variable. Make sure you're using the strongest gel cement you can find!