nice work mate. looks like the rotors are well balanced and they’re torquey for not many drive coils. the ist motor sounded like it could sound smoother with the collapsing field spikes better managed but they spool up nice and sound a bit like proper ev motors.
Yup I've made a video with one and a step by step on how to start one of these motors for the first time when someone is building on it should be posted very soon. Thanks for watching I'll try answer your questions .
That depends on how much current you're putting through yours. I know they take alot of current to open fully , I really don't like to use those type of transistors. Thanks for watching I appreciate it!
It really doesn't matter if they both face the same poles . In that green rotor motor in that video they do if I remember correctly. I prefer the run coils to be on different poles usually but it really doesn't matter.
I see your motor set up now better. Looks like trigger coil and drive coils , no power coils per say. Have u tried calculating a COP? Or rotating drive and charge batteries to see if voltage holds up?
No this is only half the motor, there is two more drive coils and 6 more transistors to be added. After that the output is combined to make a AC wave that when is connected to a load makes the motor speed up drastically. I know for a fact that trying to get overunty from the coil backspikes isn't going to happen. The way for that is to add very high voltage output coils. Trying to produce amperage takes lots of horsepower, but creating voltage is always a matter of engineering, creating a very high voltage is always like creating high watts if producing even only one amp which is not very hard to produce. Sorry for the long complicated answer 😅. Thanks for watching
@@windpowerandmore6310 will I ended up realizing that when you have many magnets that when it pulses the magnet away if you have another magnet close to it it also pushes on that one also creating drag so I just use two magnets and it spins way quicker with less magnets iv also noticed that every MM away from the iron core matters big time so I just wrapped my coil straight on to the core with only a plastic sack from like Walmart separating them
I would love to see you upgrade and beef up Doug Konzens motor. Keep tinkering and upload all your data! You never know when some kid might have a breakthrough off your work and mass produce it in underground lab and help the world by dispersing advanced tech to get people out of poverty
Dougs motors are quite a bit different from these. He is still working hard on his motors with incredible results. I wish I'm at home right now but I'm a excavator operator for the pipeline industry which keeps me away from home alot. All I can do right now is order parts and plan on my next builds for when I get home. I promise you that I have many interesting projects to show, some I have already completed but have been debating if I should show it on RUclips. Magnet motors are fun to work on but the real power generation is in solid state. It appears when resistance is used properly. Like using a long extension cord, the power that is being resisted from reaching the device is actually being blocked by a exactly the amount of power that is missing but its opposite from the energy going in so it cancels it out from reaching the device. People say getting more energy out is impossible but it's like taking a garden hose and spraying water across a water puddle... the puddle will actually drain from the water flowing through it and the result is more water reaching the end of the stream than there is coming from the hose . Energy is the same. Thanks for watching I really appreciate it!
Your approach to your motor building is very analytical. You can see where the design approach is good or needs improvement. Well done!
instaBlaster
Just wondered if you could add a generator to your rotor? Given the amount of torque the unit seems to create. Thus really getting OU
nice work mate. looks like the rotors are well balanced and they’re torquey for not many drive coils. the ist motor sounded like it could sound smoother with the collapsing field spikes better managed but they spool up nice and sound a bit like proper ev motors.
Good work and I only recommend that you put a protection on your rotor, these magnets can have an explosive result and could easily damage you.
Lol I enjoy a good explosion once in awhile. Thanks for watching!
I didn't see a schematic or a wiring diagram. Do you have one?
Yup I've made a video with one and a step by step on how to start one of these motors for the first time when someone is building on it should be posted very soon. Thanks for watching I'll try answer your questions .
I use reed switch to trigger a 2n3055 and it runs hot yours run cold that pretty cool is that because u got north south magnets
That depends on how much current you're putting through yours. I know they take alot of current to open fully , I really don't like to use those type of transistors. Thanks for watching I appreciate it!
Awesome build
Thanks for watching
Could only understand a little but man you are awesome
Jeremy, silly question did I hear you say that both your run coils are facing same poles.
It really doesn't matter if they both face the same poles . In that green rotor motor in that video they do if I remember correctly. I prefer the run coils to be on different poles usually but it really doesn't matter.
@@windpowerandmore6310 sweet no worries fella 👍🏻, I just come back to your channel been away for a while love watching your videos there are epic.
I see your motor set up now better. Looks like trigger coil and drive coils , no power coils per say. Have u tried calculating a COP? Or rotating drive and charge batteries to see if voltage holds up?
No this is only half the motor, there is two more drive coils and 6 more transistors to be added. After that the output is combined to make a AC wave that when is connected to a load makes the motor speed up drastically. I know for a fact that trying to get overunty from the coil backspikes isn't going to happen. The way for that is to add very high voltage output coils. Trying to produce amperage takes lots of horsepower, but creating voltage is always a matter of engineering, creating a very high voltage is always like creating high watts if producing even only one amp which is not very hard to produce.
Sorry for the long complicated answer 😅. Thanks for watching
Ever consider trying to capture the back spike and put it back in the system?
Yes the backspikes are charging two batteries
What's up wind man, do you have a video on balancing the magnet rotor ?
No sorry I don't bud but maybe I'll make one
How can I get in contact with you names Brandon I really need to talk to you let me know thanks
jvhoeops@gmail.com
@@windpowerandmore6310 I emailed you already
I got my bedini motor from up over 13000 if u want to swap ideas let me know I have tweaked my version quite a bit
What did you change from the original?
@@windpowerandmore6310 will I ended up realizing that when you have many magnets that when it pulses the magnet away if you have another magnet close to it it also pushes on that one also creating drag so I just use two magnets and it spins way quicker with less magnets iv also noticed that every MM away from the iron core matters big time so I just wrapped my coil straight on to the core with only a plastic sack from like Walmart separating them
Hey man, nice build! I'm in Canada also what's your email? Was hoping to ask some questions ;) Well done brother!
jvhoeops@gmail.com
Put proper load.... Why do ppl try to use it without it?! My motor spins around 24k rpm and it's almost cold...
Show your results like I do!
you need to use IGBT's
Says who? You?
Way to slow at switching than these are.
I would love to see you upgrade and beef up Doug Konzens motor. Keep tinkering and upload all your data! You never know when some kid might have a breakthrough off your work and mass produce it in underground lab and help the world by dispersing advanced tech to get people out of poverty
Dougs motors are quite a bit different from these. He is still working hard on his motors with incredible results. I wish I'm at home right now but I'm a excavator operator for the pipeline industry which keeps me away from home alot. All I can do right now is order parts and plan on my next builds for when I get home. I promise you that I have many interesting projects to show, some I have already completed but have been debating if I should show it on RUclips. Magnet motors are fun to work on but the real power generation is in solid state. It appears when resistance is used properly. Like using a long extension cord, the power that is being resisted from reaching the device is actually being blocked by a exactly the amount of power that is missing but its opposite from the energy going in so it cancels it out from reaching the device. People say getting more energy out is impossible but it's like taking a garden hose and spraying water across a water puddle... the puddle will actually drain from the water flowing through it and the result is more water reaching the end of the stream than there is coming from the hose . Energy is the same. Thanks for watching I really appreciate it!
Just wow 😶