Tie the flywheel to a clutch and have it geared at 3000 rpm when the bike goes 3 mph. Engage the flywheel when you brake till it gets under 4 mph disengage and stop. At this point you should be able to dismount the bike and it will not fall over. Get back on and engage slowly . A small torque converter would work best in the drive. The force will take you forward nicely. Engage as you go down hill and keep it stored and spinning fast.
Wow, you have a very detailed and interesting idea! 🚴♂️💡 Tying the flywheel to the clutch and holding the speed at 3000 rpm while going 3 mph is just a creative way to utilize inertial energy. Engaging the flywheel when braking below 4 mph and releasing it to keep the car from falling over is also very unique. However, with the use of flywheels and small torque converters, more attention needs to be paid to weight and force balance to ensure safety when riding. If you have more information or a practical video about this idea, please share, I'd love to learn more! 🌟
If you're wanting to experiment with a unique design or have a special reason for placing parts in unusual locations, that's a creative direction, but you also need to carefully consider the functionality. feasibility and effectiveness of the vehicle in practice. It's so exciting to hear your creative ideas!
Thank you for emphasizing that! 🎨 Painting truly brings life to every invention! I'm glad you took the time to watch the video. Hope you will find lots of fun and inspiration from it!
Haha, it's true that this car can become a portable "exercise machine"! 😄 It will definitely help us become healthier when controlling it! Thank you for watching the video
As an aircraft engineer, I have built this device and add it to my RUclips.They are false.You are adding resistance to your bicycle.You will wear your self out mate😅
Thank you again for sharing your opinion and helping me clarify this issue! You certainly have very profound insights, and I believe that improving your design will bring more efficiency in using transportation.
Thank you for watching my video. Hope you continue to support my next videos; Can you share with me more clearly about your ideas so that we can improve in the next videos and I will absorb your positive comments and gain more experience
👏✨ They help people feel confident and continue to make more efforts. But I also believe that constructive comments will be the 'blueprint' for us to increasingly improve. Thank you for your continued motivation! 😊🚀"
😂За творчество лайк 😂но что это такое 🤷♂️пытаюсь разгадать 😂это велотренажёр =годится 😂ещё полезно применить при разгоне с горы 😢чтобы маховик заряжать энергией и затем с помощью раскрученного маховика на гору заезжать 🎉энергию сохранить трудно, поскольку долго он не будет вращаться даже если отключить 😢энергию надо использовать сразу 🎉но минусов больше 😢это безопасность и торможение 😂и трасса должно быть пусто чтобы запустить кинематику... 😢Ну ещё интересно гироскопический эффект 😮так что эта самоделка годится только как тренажёр 😢🎉😂❤
Haha, sounds like an exercise bike 'learns' a lot about mechanics and energy! 😄 You're right, flywheels and gyroscope effects are fun, but it can indeed present some challenges when it comes to power and safety. However, creativity and experimentation always open up new possibilities! This could be a great simulation to explore the principles, but it certainly needs further improvements to make it more realistic. Thank you for sharing this interesting idea! 🎉🚴♂️"
It sounds like you're trying to point out that adding springs to a design can be a waste of energy and time, and may not be necessary if there isn't a clear purpose. It's a pleasure to discuss this issue with you. If you have any more ideas, I'm happy to help!
Thank you very much! 😊 You are absolutely right, the important thing is not the finished product but the process of improvement and learning from challenges. Even though we sometimes fail or get lost, as long as we keep taking action and moving forward, we will always find a way to do better. Keep experimenting and improving, because every step is a valuable lesson! 💪🚴♂️
It would take less energy to keepmoving but more to start .youd need to compare an engine with fuel vs a person pedaling we dont use our fuel at the same rate .this has a good chance of taking someone farther than a normal bike .especially if there is a rolling start😮
Flywheels are often more suitable in stationary applications or in large vehicles such as cars, where weight is not a major issue. But if the design is optimized and lightweight materials are chosen, it can still be a unique solution for bicycles. Do you have any ideas to solve these disadvantages? Share, let's create together! 🚲✨"
Wow, that's a pretty interesting idea! 😄 Magnets can create a magnetic force, but increasing power in this way will require very careful testing and calculation of the effect of the magnetic field on overall performance. I really like such creative ideas, and will definitely do more research to see if it can be applied in practice.
It's true that the car is heavy but the design is very "beautiful", right? 😄 If someone wants to carry luggage, perhaps a "smart" arrangement strategy is needed to avoid losing balance! Can create a "mobile warehouse" in the car!
It's a creative and fun idea! Instead of using traditional wheels, replacing them with two cast iron batteries could be a new and unusual approach to a vehicle. However, to fly, a car needs to have enough lift and momentum from a powerful engine system, along with the ability to create thrust to overcome gravity.
"Wow, you have a very interesting point of view! 😄 Still, I still believe that creativity can always help us discover new solutions. Of course, I completely agree that safety is the priority top, and the theory of energy conservation is something that cannot be ignored! But let's challenge ourselves and find ways to improve step by step. I look forward to hearing more from you and learning together more interesting things ✌️🚲"
Ерунда какая-то. Особенно треугольник с пружинами. Маховик лучше расположить внутри рамы. Раскручивать медленно через вариатор и до больших оборотов. И только потом передать этот запас энергии к колесу...
Thank you for watching my video. Hope you continue to support my next videos; Can you share with me more clearly about your ideas so that we can improve in the next videos
Thanks for sharing your thoughts! I really like the idea of placing the flywheel inside the frame to optimize space and increase efficiency. Gradual acceleration via the variator is also a good way to ensure a smoother system. Transferring stored energy to the rear wheels after reaching high speeds can help improve efficiency even more. It's great to have different perspectives to discuss and develop ideas! Hope to see more great comments from you! 🚴♂️💡
Yes, the idea of using the flywheel as a downhill braking system may make sense in some situations, as it can help absorb and release energy in a controlled manner.
@@HTN_creativity ⚠ God has said in the Quran: 🔵 { O mankind, worship your Lord, who created you and those before you, that you may become righteous - ( 2:21 ) 🔴 [He] who made for you the earth a bed [spread out] and the sky a ceiling and sent down from the sky, rain and brought forth thereby fruits as provision for you. So do not attribute to Allah equals while you know [that there is nothing similar to Him]. ( 2:22 ) 🔵 And if you are in doubt about what We have sent down upon Our Servant [Muhammad], then produce a surah the like thereof and call upon your witnesses other than Allah, if you should be truthful. ( 2:23 ) 🔴 But if you do not - and you will never be able to - then fear the Fire, whose fuel is men and stones, prepared for the disbelievers.( 2:24 ) 🔵 And give good tidings to those who believe and do righteous deeds that they will have gardens [in Paradise] beneath which rivers flow. Whenever they are provided with a provision of fruit therefrom, they will say, "This is what we were provided with before." And it is given to them in likeness. And they will have therein purified spouses, and they will abide therein eternally. ( 2:25 ) ⚠ Quran
You are a little late. I saw the same thing on Johnny Carson show in the 80's. His design was far less complicated. There are other videos using a spinning centrifugal power to propel a bicycle.
Today's technology and design may be more complex, but sometimes simplicity is the key to success. Designs that use centrifugal force to propel bicycles are indeed a promising innovation, although the actual performance may not meet high expectations. Thank you for bringing back ideas from the past! Perhaps, rethinking and improving old designs can lead to new breakthroughs. What do you think if we try to apply modern technology to make this idea more effective? 🚴♂️✨
Haha, it seems like you are very determined! 😄 Ride the bike whenever you want, as long as it's fun and safe! Thank you for bringing laughter, let's discover more interesting things together in the next videos! 🚀😂
Haha, that's right, you've summed up the problem in a very "mathematical humor" way! 😄 Indeed, the energy saved from the flywheel's inertia is reused in spinning itself, but this still helps optimize overall performance. In short, half a dozen is still worth it when we are aiming for smoothness and efficiency in design! 🚴♂️✨
😂 hahahaha peserà una tonnellata ...comunque a parte gli scherzi ...una bicicletta così costa di più di quella elettrica. Tutto lavorato artigianalmente bella
Я вот о чем думаю,есть электромашины,электровелосипеды,самолёты, ракеты разные высокие технологии,а ты выбрал путь в обратном направлении,зачем?????)))
I think what you think is very true because as technology develops, means of transportation will be given more priority. But this car I built just brings a little relaxation to everyone who sees it.
The amount of Human energy expended will for now, ALWAYS be equal to the amount of forward enersia of the object. In this case a BIKE...So there is o benefit unless you can change the laws of Physics ?
Using a generator or alternator to decelerate faster is an interesting way to improve stopping power and take advantage of regenerative energy. However, integrating such a system into a homemade e-bike will require some specialized techniques and equipment. Thank you for your useful shares.
Oh, thank you for your attention! 😊 But don't worry, there's no waste here. Paint is often reused or used to test new ideas for the next project. Furthermore, each layer of paint is not only for beauty but also helps protect and increase the durability of the product. If there's a bit that goes "in the trash" it's the little bit that's necessary to ensure the best comes out on video. 🎨🚴♂️
Велосипед едет по инерции используя энергию накопленную в маховике, зачем там вообще нужен тот контур с эксцентричной осью и пружинами?🤷♂️ Если разобраться, то в момент прохождения оборота этой, назовём её "треугольной ступицы", только одна пружина способствует движению в определённый момент, а остальные две тормозят маховик. Хотя глядя как этот мужчина на глаз приваривает детали, я так понимаю, что он об этом даже не подозревал, да его это и не парило, он просто в интернетах увидел как к маховиками пружинки лепят и подумал, что это инновация и тут сгодиться, даже не смотря на ещё более убогую геометрию.😅😂
I understand that creating this car will cause controversy among viewers, each of whom understands different techniques and methods. But I see that my product also has a lot of its own advantages that I really like, but I don't deny your comments. Thank you very much
Зачем маховик, покрасил в синий цвет?! Надо было в красный! И велик в красный покрась! С красным цветом, он быстрей бы поехал! Синий не по феншую просто!! 😂😂😂
Haha, thanks for the super interesting suggestion! I chose blue because I think it feels fresh and modern, but I totally get your point about red! Maybe I should try painting the flywheel and bike red to see if it increases the speed! 😄 Thanks for mentioning feng shui, I'll keep that in mind for future videos! Stay tuned for more interesting stuff! 🛠️✨
note: heavy flywheel more energy generate than it input. note: 20 kilowatt motor input to rotate flywheel then flywheel generate 40 kilowatt and 20 kilowatt motor input to rotate flywheel and 20 kilowatt other work use.
Todo aquel que crea en este video, no ve que el terreno esta en pendiente, asi que basta una pedalea suave sin tanta carfa y andara, solo que agregando mas peso como esto, la aceleracion en bajada es mayor. Fake total del invento.
Thank you for sharing your opinion! It's true that terrain plays an important role in any test with a bike. When riding on a slope, the added weight will certainly affect speed and inertia, but this may be part of the design concept. The goal of the video is not to demonstrate a perfect invention, but to experiment and be creative, thereby opening up interesting discussions like this one.
Tie the flywheel to a clutch and have it geared at 3000 rpm when the bike goes 3 mph.
Engage the flywheel when you brake till it gets under 4 mph disengage and stop.
At this point you should be able to dismount the bike and it will not fall over.
Get back on and engage slowly . A small torque converter would work best in the drive. The force will take you forward nicely.
Engage as you go down hill and keep it stored and spinning fast.
Wow, you have a very detailed and interesting idea! 🚴♂️💡 Tying the flywheel to the clutch and holding the speed at 3000 rpm while going 3 mph is just a creative way to utilize inertial energy. Engaging the flywheel when braking below 4 mph and releasing it to keep the car from falling over is also very unique.
However, with the use of flywheels and small torque converters, more attention needs to be paid to weight and force balance to ensure safety when riding. If you have more information or a practical video about this idea, please share, I'd love to learn more! 🌟
Маховик надо на голову,а педали к ушам и тогда космос.
If you're wanting to experiment with a unique design or have a special reason for placing parts in unusual locations, that's a creative direction, but you also need to carefully consider the functionality. feasibility and effectiveness of the vehicle in practice.
It's so exciting to hear your creative ideas!
😂😂😂
В этом изобретении главное покраска.
И отнять время на просмотр.
Thank you for emphasizing that! 🎨 Painting truly brings life to every invention! I'm glad you took the time to watch the video. Hope you will find lots of fun and inspiration from it!
Перпетумвелио.
Эт точно, велио.
Гениальный бренд😂😂😂
гениальный Бред
La energía necesaria para mover el volante inercial sumado al peso muerto agregado solo servirá para hacer más ejercicio
Haha, it's true that this car can become a portable "exercise machine"! 😄 It will definitely help us become healthier when controlling it! Thank you for watching the video
Благодарю автора за весёлые моменты😊
Какой закон сохранения энергии,башню от танка привари и таскай😂
Thank you for watching my video.
Vedere video come questo mi fa capire quanto l’essere umano sia bravo nel complicarsi la vita 😩
Thank you for watching my video. Hope you continue to support my next videos
@@HTN_creativityuse magnet piston engion with iron free wheel
Fico imaginando a hora que chegar numa subida com toda esse peso adicionado na bicicleta, vai ter que chamar um guincho .😂
Thank you for watching this video of mine, I hope you continue to support my RUclips channel so I can produce more great products.
Sacrilège! Un vélo qui fonctionnait si bien!
As an aircraft engineer, I have built this device and add it to my RUclips.They are false.You are adding resistance to your bicycle.You will wear your self out mate😅
Thank you again for sharing your opinion and helping me clarify this issue! You certainly have very profound insights, and I believe that improving your design will bring more efficiency in using transportation.
Eso es solo agregar mas peso a la bicicleta. Hubieras puesto un pequeño motor de combustión interna
Thank you for watching my video, hope you continue to support me in the next videos
It works very well downhill, you don't even need brakes!! lol
Thank you for watching this video of mine. We hope you will have more positive comments to help us improve our products
😂 Ещё так эффектно с болончика покрасил.😂😂
Так с горки и без маховика можно неплохо катиться! 🤣🤣🤣
Ничего не понял,но было интересно!
Thank you for watching my video. Hope you continue to support my next videos
Flywheel needs to be painted red otherwise it doesn't work, add a few spark plugs too, they're good for a few extra kilowatts!
И с зади надо плуг прицепить
Thank you for watching my video. Hope you continue to support my next videos; Can you share with me more clearly about your ideas so that we can improve in the next videos and I will absorb your positive comments and gain more experience
@@Markcain268 😂
Трех корпусный желательно 😂@@НиколайТюрин-ю7х
Khi gần hết lực quan tính thì dùng chân đạp kích hoạt lại là ok❤
비난 보다 칭찬과 박수 저정도 투자는 가치 있습니다
👏✨ They help people feel confident and continue to make more efforts. But I also believe that constructive comments will be the 'blueprint' for us to increasingly improve. Thank you for your continued motivation! 😊🚀"
😂За творчество лайк 😂но что это такое 🤷♂️пытаюсь разгадать 😂это велотренажёр =годится 😂ещё полезно применить при разгоне с горы 😢чтобы маховик заряжать энергией и затем с помощью раскрученного маховика на гору заезжать 🎉энергию сохранить трудно, поскольку долго он не будет вращаться даже если отключить 😢энергию надо использовать сразу 🎉но минусов больше 😢это безопасность и торможение 😂и трасса должно быть пусто чтобы запустить кинематику... 😢Ну ещё интересно гироскопический эффект 😮так что эта самоделка годится только как тренажёр 😢🎉😂❤
Haha, sounds like an exercise bike 'learns' a lot about mechanics and energy! 😄 You're right, flywheels and gyroscope effects are fun, but it can indeed present some challenges when it comes to power and safety. However, creativity and experimentation always open up new possibilities! This could be a great simulation to explore the principles, but it certainly needs further improvements to make it more realistic. Thank you for sharing this interesting idea! 🎉🚴♂️"
Waste of energy and time. Springs were unnecessary
It sounds like you're trying to point out that adding springs to a design can be a waste of energy and time, and may not be necessary if there isn't a clear purpose. It's a pleasure to discuss this issue with you. If you have any more ideas, I'm happy to help!
Tiene razón.
it's about views, not about waisted energy...😂
Ну прям создатель 😂
Молодец,бро.Главное- не употреблять продукцию,а пытаться усовершенствовать.Иногда можно заблудиться,но главное- действия👍Хейтеры,идите наһ.
Thank you very much! 😊 You are absolutely right, the important thing is not the finished product but the process of improvement and learning from challenges. Even though we sometimes fail or get lost, as long as we keep taking action and moving forward, we will always find a way to do better. Keep experimenting and improving, because every step is a valuable lesson! 💪🚴♂️
It would take less energy to keepmoving but more to start .youd need to compare an engine with fuel vs a person pedaling we dont use our fuel at the same rate .this has a good chance of taking someone farther than a normal bike .especially if there is a rolling start😮
Siz en iyi si bir doktora görünün başka birizahı yok
😊 The videos I make are for entertainment purposes only for everyone to watch.
Si en vez de un triángulo pones una circunferencia, puedes poner más muelles.
So let me try, if you have any new ideas, please leave me a comment. Thank you very much
Афігенно с горки їде😅
***Super project****
Wouldn't the sprocket or belt take place of your springs?
Пришпандер более массивный маховик , тогда вообще и педали крутить не надо будет.
Thank you for watching my video. Hope you continue to support the next videos of our RUclips channel
Он не сможет понять гения мысли😂 у них нет такого слова даже 😂😂😂😂😂😂😂
С маховиком реально легче ездить? Кроме того что маховик нужно раскрутить, его ещё и везти придётся, а он тоже вес большой имеет.
Flywheels are often more suitable in stationary applications or in large vehicles such as cars, where weight is not a major issue. But if the design is optimized and lightweight materials are chosen, it can still be a unique solution for bicycles. Do you have any ideas to solve these disadvantages? Share, let's create together! 🚲✨"
Дело было вечером, делать было нечего
Закон сохранения энергии нах..й вышел, суета ради суеты 😂😂😂
La pregunta que me ago como se frena es si te quedas sin frenos 😮 y si se rompe algo con tanta soldadura como lo sacas 😂
Volantın etrafına mıklatıs yerleştirin 10 hp den fazla güçlendirilmiş olur.
Wow, that's a pretty interesting idea! 😄 Magnets can create a magnetic force, but increasing power in this way will require very careful testing and calculation of the effect of the magnetic field on overall performance. I really like such creative ideas, and will definitely do more research to see if it can be applied in practice.
Взял велик спортил!
Ну все теперь можно и на Марс. Как тебе такое Илон Маск.
India Govt. hired this genius to make helicopter engines
Đi một cái thân chưa đủ nặng lại cõng thêm cục sắt😅😅😅😢
Very heavy vehicle but nice R&D. 👍👍👍 If someone want to carry luggage then what is the arrangement???
It's true that the car is heavy but the design is very "beautiful", right? 😄 If someone wants to carry luggage, perhaps a "smart" arrangement strategy is needed to avoid losing balance! Can create a "mobile warehouse" in the car!
В место колёс, нужно было две батареи чугунные прикрутить, ваще полетело бы
It's a creative and fun idea! Instead of using traditional wheels, replacing them with two cast iron batteries could be a new and unusual approach to a vehicle. However, to fly, a car needs to have enough lift and momentum from a powerful engine system, along with the ability to create thrust to overcome gravity.
С горы едет зашибиздь...))))))
De morro abaixo até carrinho de rolimã funciona.
Thank you for watching my video.
Solange es bergab geht hat er freie Energie
er kann das als bremse und für später zum starten nutzen.
Es muy buena idea para afilar cuchillos 😂😂😂
You have quite a good idea, thank you for watching my video.
Full video polythene bag noise...
Ради просмотров - да , практической пользы - ноль , да ещё и опасно такую железяку возить, и закон сохранения энергии не обмануть.
"Wow, you have a very interesting point of view! 😄 Still, I still believe that creativity can always help us discover new solutions. Of course, I completely agree that safety is the priority top, and the theory of energy conservation is something that cannot be ignored! But let's challenge ourselves and find ways to improve step by step. I look forward to hearing more from you and learning together more interesting things ✌️🚲"
Your ideas are so creative
Thank you for watching my video. Hope you continue to support my next videos
Ерунда какая-то. Особенно треугольник с пружинами.
Маховик лучше расположить внутри рамы. Раскручивать медленно через вариатор и до больших оборотов. И только потом передать этот запас энергии к колесу...
Thank you for watching my video. Hope you continue to support my next videos; Can you share with me more clearly about your ideas so that we can improve in the next videos
Thanks for sharing your thoughts! I really like the idea of placing the flywheel inside the frame to optimize space and increase efficiency. Gradual acceleration via the variator is also a good way to ensure a smoother system. Transferring stored energy to the rear wheels after reaching high speeds can help improve efficiency even more. It's great to have different perspectives to discuss and develop ideas! Hope to see more great comments from you! 🚴♂️💡
Если маховик раскручивать когда едешь с горы или использовать его в ввиде тормоза есть какойто смысел, но катать лишний вес всё время🤷♂️
Yes, the idea of using the flywheel as a downhill braking system may make sense in some situations, as it can help absorb and release energy in a controlled manner.
The spring nonsense It's really useless... But who is that idiot who invented this falsehood? 🤦🤣🤣
Thank you for watching my video. Hope you continue to support my next videos
@@HTN_creativity What? No no. 😂👎
Very nice! So, you've got it finally working?
Yes, thanks
@@HTN_creativity ⚠ God has said in the Quran:
🔵 { O mankind, worship your Lord, who created you and those before you, that you may become righteous - ( 2:21 )
🔴 [He] who made for you the earth a bed [spread out] and the sky a ceiling and sent down from the sky, rain and brought forth thereby fruits as provision for you. So do not attribute to Allah equals while you know [that there is nothing similar to Him]. ( 2:22 )
🔵 And if you are in doubt about what We have sent down upon Our Servant [Muhammad], then produce a surah the like thereof and call upon your witnesses other than Allah, if you should be truthful. ( 2:23 )
🔴 But if you do not - and you will never be able to - then fear the Fire, whose fuel is men and stones, prepared for the disbelievers.( 2:24 )
🔵 And give good tidings to those who believe and do righteous deeds that they will have gardens [in Paradise] beneath which rivers flow. Whenever they are provided with a provision of fruit therefrom, they will say, "This is what we were provided with before." And it is given to them in likeness. And they will have therein purified spouses, and they will abide therein eternally. ( 2:25 )
⚠ Quran
Я не верю в это..☝️🧐
Now you don't push your bike to get home, you throw it on the side of the road because it's too heavy.
What an unhappy situation! 😅 It seems like this bike, as you said, needs some improvements to make it lighter and easier to use.
You are a little late. I saw the same thing on Johnny Carson show in the 80's. His design was far less complicated. There are other videos using a spinning centrifugal power to propel a bicycle.
Today's technology and design may be more complex, but sometimes simplicity is the key to success. Designs that use centrifugal force to propel bicycles are indeed a promising innovation, although the actual performance may not meet high expectations.
Thank you for bringing back ideas from the past! Perhaps, rethinking and improving old designs can lead to new breakthroughs. What do you think if we try to apply modern technology to make this idea more effective? 🚴♂️✨
💚💯
Вето я ищё поверю вечный, двигатель крути педали по ка пезды не дали😅😂
Haha, it seems like you are very determined! 😄 Ride the bike whenever you want, as long as it's fun and safe! Thank you for bringing laughter, let's discover more interesting things together in the next videos! 🚀😂
Ну могут же если захотят.
A energia economizada com a ajuda da inércia do volante é gasta para fazer o volante girar, ou seja, trocou seis por meia-dúzia.
Haha, that's right, you've summed up the problem in a very "mathematical humor" way! 😄 Indeed, the energy saved from the flywheel's inertia is reused in spinning itself, but this still helps optimize overall performance. In short, half a dozen is still worth it when we are aiming for smoothness and efficiency in design! 🚴♂️✨
Tôi có cảm giác khó chịu khi bị nghiên một bên
😢🎉😂❤
Đoạt giải ngủ nhất làng
😂 hahahaha peserà una tonnellata ...comunque a parte gli scherzi ...una bicicletta così costa di più di quella elettrica.
Tutto lavorato artigianalmente bella
Thank you for watching this video of mine. Hope you support my next videos
Xe xanh quá ổ không khí trong lành kk
Thank you for watching my video, hope you continue to support me in the next videos
Nặng hơn chở người
Thank you for watching my video, hope you continue to support me in the next videos
Doktorluk vaka
No entiendo cómo puso la cadena en el piñón de detrás, en el minuto 1,50
Haha, what a "magic" act in assembly! 😄 I've got my own secret to doing that! Thank you for watching the video
Я вот о чем думаю,есть электромашины,электровелосипеды,самолёты, ракеты разные высокие технологии,а ты выбрал путь в обратном направлении,зачем?????)))
I think what you think is very true because as technology develops, means of transportation will be given more priority. But this car I built just brings a little relaxation to everyone who sees it.
Лучше заменить пружины
Thank you for sharing with me about that.
😮
Chế tạo quá đẳng cấp
Thank you so much for the wonderful compliments! 😊 Please support me in my next projects.
Я у мамы инженер😂
Đạp thấy mẹ luôn thì nó có trớn nó chạy , hết trớn thì nó dừng lại , làm gì có cái động cơ vĩnh cửu. 😂
Thank you for watching this video of mine. Can you explain more clearly so I can understand what you mean and make the next products better?
Посмотрел до 9:06 .
The amount of Human energy expended will for now, ALWAYS be equal to the amount of forward enersia of the object. In this case a BIKE...So there is o benefit unless you can change the laws of Physics ?
Your comments are very interesting, thank you for watching my video
Фигню с пружинами убери. Тормозит маховик только. А сам маховик вместо тормоза использовать надо.
Thank you for watching my video. You can clearly state your ideas so I can improve them in the next videos
👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍
Using a generator or alternator to decelerate faster is an interesting way to improve stopping power and take advantage of regenerative energy. However, integrating such a system into a homemade e-bike will require some specialized techniques and equipment. Thank you for your useful shares.
😂😂Why did you waste the paint? After all, you threw it all in the trash after filming 😂😂😂😂
Oh, thank you for your attention! 😊 But don't worry, there's no waste here. Paint is often reused or used to test new ideas for the next project. Furthermore, each layer of paint is not only for beauty but also helps protect and increase the durability of the product. If there's a bit that goes "in the trash" it's the little bit that's necessary to ensure the best comes out on video. 🎨🚴♂️
😂😂🔥🔥👍
Bende düşündüm bu tekniği helal olsun bravo süper Master
Thank you for watching my video, I hope you continue to support me and give me more ideas to improve in the next videos.
Подшипники не смазанные, очень большое сопротивление, это не эффективно
It's true that it hasn't given me what I wanted but I still want to try.
Сварка на подшипник не смутила? 😂
@МаксНеважно-щ6к смутила
Велосипед едет по инерции используя энергию накопленную в маховике, зачем там вообще нужен тот контур с эксцентричной осью и пружинами?🤷♂️ Если разобраться, то в момент прохождения оборота этой, назовём её "треугольной ступицы", только одна пружина способствует движению в определённый момент, а остальные две тормозят маховик. Хотя глядя как этот мужчина на глаз приваривает детали, я так понимаю, что он об этом даже не подозревал, да его это и не парило, он просто в интернетах увидел как к маховиками пружинки лепят и подумал, что это инновация и тут сгодиться, даже не смотря на ещё более убогую геометрию.😅😂
I understand that creating this car will cause controversy among viewers, each of whom understands different techniques and methods. But I see that my product also has a lot of its own advantages that I really like, but I don't deny your comments. Thank you very much
Yah project fail ho gaya hai 🫵🏻😂🤣
Thank you for watching my video!
Flywheel install cycle frame inside .
Thank you for watching my video, I hope you continue to support me and give me more ideas to improve in the next videos.
It's really a huge fkn lie & unscientific
Сварка и подшипники ммммммм кайффф 😂😂😂😂😂😂😂😂😂😂😂😂 ну ты и клоун .
😊 😄 😁 😂 🤣
But... Why?
Ko ra j😂
That's the semi-automatic bike I built 💖💖💖😄😅
Hot chocolet 😋🐐🇪🇸🇮🇨
Thank you for watching my video, hope you continue to support me in the next videos
Maistre te rog frumos numi face vănt că amețesc vpmit
Ипод гору хороше раскручивается.
Only heavy wheel is enough
Thank you for watching my video, I hope you continue to support me and give me more ideas to improve in the next videos.
Oh, it's crazy!
Thank you for watching my video. When I made this video, I thought it was great. Hope you continue to support the next videos
I'm tired, why isn't it wonderful, wow, no
Var ya yap desen yapmazlar ise yaramz şeylerle ugrasirlar
Зачем маховик, покрасил в синий цвет?! Надо было в красный! И велик в красный покрась! С красным цветом, он быстрей бы поехал! Синий не по феншую просто!! 😂😂😂
Thank you for watching this video of mine. Hope you support the next videos, I will accept your comments for the next videos
Haha, thanks for the super interesting suggestion! I chose blue because I think it feels fresh and modern, but I totally get your point about red! Maybe I should try painting the flywheel and bike red to see if it increases the speed! 😄 Thanks for mentioning feng shui, I'll keep that in mind for future videos! Stay tuned for more interesting stuff! 🛠️✨
Solo peso inutile da portare a spasso😂😂😂😂😂😂😂😂😂😂😂😂😂😂😂😂
А где 120 км в час.
120 kilometers per hour is quite a fast speed! 🚗💨 Are you talking about the speed of a car or some other vehicle? This speed is common on highways
Bán Cho Minh bộ phát điện vĩnh cừu này đi
Thank you for watching this video of mine. Hope you support my next videos
@HTN_creativity hay chăywbaovemkfsundfkpacompalusesaigoncompap
note: heavy flywheel more energy generate than it input.
note: 20 kilowatt motor input to rotate flywheel then flywheel generate 40 kilowatt and 20 kilowatt motor input to rotate flywheel and 20 kilowatt other work use.
Can you help me by pointing me out if you find anything wrong?
It's not working
Thank you for watching my video. Hope you continue to support my next videos
Todo aquel que crea en este video, no ve que el terreno esta en pendiente, asi que basta una pedalea suave sin tanta carfa y andara, solo que agregando mas peso como esto, la aceleracion en bajada es mayor. Fake total del invento.
Thank you for sharing your opinion! It's true that terrain plays an important role in any test with a bike. When riding on a slope, the added weight will certainly affect speed and inertia, but this may be part of the design concept. The goal of the video is not to demonstrate a perfect invention, but to experiment and be creative, thereby opening up interesting discussions like this one.