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Thank you for sharing! I'm glad to hear that you found this idea useful. Applying it to your projects will certainly yield many interesting and creative results. Please keep testing and developing further! If you encounter any challenges during your work, don't hesitate to share, I'm always ready to learn and support you. Wishing you success with your three-wheeled electric vehicle project!

Thank you for your detailed review! The idea of ​​recovering energy from the flywheel during braking is very practical and effective. This not only reduces energy loss but also increases efficiency in small vehicles such as semi-autonomous bicycles.

Thank you for your feedback! Perhaps I've used certain words a little too often or not exactly as you'd like. Can you specify which word so I can adjust it?

@@HTN_creativity you are fine. I knew what you meant. Besides now that I think about it, I cannot figure out a better term for your machine. You did a great job and a better job than I could have done! Kep up the good work!

The conservation of energy theorem is an extremely important principle in the design and operation of most mechanical systems, especially in vehicles such as bicycles or devices that use mechanical energy.

Thank you very much for your sincere and motivating compliment! I'm happy to know that my electric three-wheeler has made a good impression. For me, creativity is not only a passion but also a way to turn simple ideas into reality. I hope to one day have the opportunity to collaborate with major manufacturers to bring practical and economical designs to everyone. Thank you from Tupiara, Brazil for watching and supporting!

Thank you for your review! Yes, an inertial toy may be just the beginning, but the potential for growth and practical application is huge. It is important to find ways to make the most of the inertial principle, such as improving energy storage efficiency or optimizing drive processes.

I will consider testing these suggestions in future versions. Opinions like yours are really valuable, helping me constantly improve. If you have any additional suggestions, don't hesitate to share! Thank you for your cooperation! 😊🚗

Time waste

"Hello! 😊 I did this project because of my passion for making and discovering creative ways to improve bicycles. I believe that experimenting and making things like this with your own hands is not only fun but also helpful. I learn a lot of knowledge about mechanics and technology. Hope you enjoy these videos and explore new ideas with me 🚲✨

Sure, I love the idea of ​​the impossible! 😄 Even though perpetual motion may seem physically impossible, exploration and experimentation is always an exciting journey. Let's explore new frontiers together and learn more about the world around us! 🚀🔧"

Cảm ơn bạn rất nhiều! 😊 Lời khen của bạn thực sự làm tôi vui và là động lực lớn để tôi tiếp tục các dự án sau. Hy vọng bạn sẽ tiếp tục theo dõi và chia sẻ ý kiến của mình! Chúc bạn một ngày tuyệt vời!

Stopping can be much more difficult depending on the context and conditions of the project. Thank you for your interest in this project of mine.

I actually don't understand your question clearly, can you explain more clearly? Thank you very much

Thank you for sharing your opinion! 😊 You're absolutely right, moving the flywheel consumes some energy, and it mainly helps the rider maintain a more stable speed. However, in my design, I see that the flywheel can help improve the smoothness and control of the vehicle, especially at high speeds.

Haha, it sounds like you're having a big challenge with every trip! 😅 But don't worry, those things will make you stronger and more persistent. The feeling of victory when overcoming steep slopes and strong winds is a great feeling! 💪🚴‍♂️

You are absolutely right! 😅 Although perpetual motion machines are an interesting and challenging idea, according to current physics theory, they cannot operate forever without losing energy

Thank you very much! 😊 Your compliments really make me happy and motivated! It's great to know you took the time to watch all the videos and found each one more interesting. 😄🔥

Haha, that's right! 😄 If you want your bike to "go fast", sometimes it's necessary to add a little weight, especially when you need more traction and stability. But don't forget that "light" also has its own advantages - easy climbing and moving around the city! 🚴‍♂️💨

Very good, your question is very interesting! 😊 Gears or belts can replace springs in some systems, but they serve different functions depending on the vehicle's design and purpose.

Haha, it's true that sometimes these videos can make you feel like you're watching them backwards! 😄 But that's the magic of speeding machines - they really make things fun and surprising. Thank you for your attention, and if you have any ideas on how to make these machines work more efficiently, don't hesitate to share them with me! Let's learn and create together! 🚀

Wow, your idea sounds really interesting! 😲 A flywheel powered bike that utilizes energy from going downhill is an innovative solution that can help improve performance when climbing hills without having to rely entirely on pedaling power. It's a great way to reuse excess energy, providing a more efficient and energy-efficient driving experience!

Haha, great! 😄 Brakes are definitely an important element in this design, especially when you store energy from going downhill.

😊 The interesting thing is that when building semi-automatic cars, we can gradually learn about this principle through practice.

👏✨ 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! 😊🚀"

"Ha ha, it's true that painting can help protect machine parts, but it's not the deciding factor! 😄 Thank you for sharing the idea of ​​using 2 opposite springs , this is an interesting suggestion! However, in this design, using 4 springs helps to balance the force better and increase the stability of the system. But there are certainly other ways to optimize design, I will experiment more Ask and be more creative!

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