Видео

Yes, 100 kph. That's another video of the car running without a load.

Well, to a large extent, the two are similar.

In the next version, I will use rolling friction instead of sliding friction. I hope to increase the speed even higher, but I am not sure.

Actually, I’ve only been making short videos for a short time, and I don’t know which videos are popular, so I have all kinds of types, but slow motion is obviously not very popular.

Thank you very much, no more words, cheers

Very fitting, haha

@ can help me for design one motor

I'm not very good at soldering this kind of component with good thermal conductivity.

They should be using an array of electromagnets.

You're not the first to say that... Well, I'll try to break through myself

hello how u made

The electromagnetic catapult is only half done, so the load has not yet been loaded.

Haha that’s what I said on one of the other videos, but I left out the second half of the word because I didn’t know if it would get flagged or not

@@WonderMaker66 when will the load be loaded

@@Anontesla You should see it this week.

Yes, but it will be optimized later.

Linear motor handle, haha

Yes, it was achieved, and here is a full video of the entire production

@@WonderMaker66 ah, got it. You meant accelerating to 100 km/h within 0.1 seconds. From the video title, it sounds like you achieve a speed that can move the probe 100 km within 0.1 seconds. That would be 3.6 million km/h, or 0.334% the speed of light ;-)

Bro, do you want me to hurry up?

Each array will have a magnetic field switching. I know the speed seems not fast enough, but it is actually because of the poor contact of the power supply. I am trying to improve it.

The best would probably be that you got Like a Pipe of Magnets where you shoot with Metal Balls

And If you Put the cabels in Like a box full of Salt Walter you will get much more Energy then you're puting in Batteriecabels in water on one Side and Magnet cabels on the other Site

My main purpose is not to make an electromagnetic cannon, but to make an electromagnetic catapult, so that I can use the base to launch anything, not limited to magnetic materials.

That's true, but that would greatly increase the complexity of the electronic circuit design. I might try it later. The current method can achieve the emission effect using only mechanical connections.

​@WonderMaker66 Don't use magnetic field switches, Hall effect transistors or reed switches as these are all magnetic, and may complicate things. Use infrared sensors or tiny light beams crossing the path to switch the forward coils.

You know the tricks

Indeed, it will be improved next time

A laser transmitter and a laser receiver. The laser light hits the mirror and starts to bounce back and forth, finally reaching the receiver. If interrupted in the middle, an alarm will be issued. Similar to access control

@wondermaker666 This channel has many similar ones, you can go and check it out

Well, it's just a toy.Actual use is much more complicated

Are you having any problems?

@@WonderMaker66 now solved everyting, it was my fault, just a question: would you mind to implement this to your project? ruclips.net/video/JkEsGXmInKo/видео.html Because i'm trying to build the lievitating waterdrop machine and i solved all the solenoid problems, but not the LED Strobe ones.

Did you fail to solve the LED flicker problem, or did you fail to solve the final visual effect problem? These are two problems. The visual effect and the video shooting effect are also two problems. That's because the shooting effect is related to the number of frames in your video, while the visual effect is related to the characteristics of the eye with residual vision. My experience is that if it is a visual effect, what you need to do is to minimize the impact of ambient light on water droplets, and then adjust the LED light. The video shooting effect is simpler, you only need to adjust the flicker frequency in the video with the lowest frame rate possible.

Is it possible that you remembered it wrong?😝

@@WonderMaker66 lol

You are right, it is just for fun. I also watched others do it, so I tried it.

@@WonderMaker66 ohhh fair enough. I had no idea about this. Ik friction makes things hot, drill bits, screws ect, just didn't know you could do that with it 😂

The application in this area is still relatively advanced, and the price of the equipment is not affordable for ordinary people, haha

Manual, only one life😂