Testing Hoverboard Brushless Motor As An Electric Generator

I have tested a leftover hoverboard motor for generating electricity. Is it a good option for the task? Probably not. I could barely boot raspberry pi 3 which requires 5v/3A by hand.
Hoverboard Brushless Motor Electricity Generator using 3-phase rectifier and dc-to-dc step up booster module.
As you can see, Raspberry Pi 3 keeps rebooting due to lack of consistent flow of both voltage and amperage. Raspberry Pi in general very strict and unforgiving therefore it requires a very stable flow of energy. In an ideal setup a battery would be powering the Raspberry Pi while the hoverboard motor charging the battery.
I'm not an experienced KZbinr; please do let me know if some information is missing, if something feels like clickbait whatsoever, I am ready to edit if you spot an error in the content. I wouldn't like to spread misinformation, your help is much appreciated.
Suggestions, ideas for more tests always welcome.
0:00 Intro
0:18 Testing DC voltage directly
0:55 Testing AC voltage
1:42 DC voltage after installing 3-phase rectifier
1:55 Adding DC to DC booster for stabilizing the choppy electric generation
3:53 Testing current / amperage
4:31 Adding DC to DC stepdown
6:03 Running Raspberry Pi 3 with a simplier dc to dc step down converter

[@DKFX1]

Cool video. I saw in another video some minor rewiring will triple your energy output!

[@3phasetinkerer]

I also found out in another video that some of these motors are wired differently but mine was already wired as what some others want to achieve. And some others modify motors turn it into 1 phase AC and rule out the rectifier method, in this case, speaking of voltage and amperage outcome would be pretty similar.

[@DKFX1]

@@3phasetinkerer So you don't have 3x5 wires (yellow, green, blue) and then 15x wires connected in the end?

[@3phasetinkerer]

No, the one I have in video has bundle of 4 wires each soldered together it’s ends. I think set of my older hoverboard motors had the configuration you described. Do you have a video link to motor you refer to? And possible coil rewiring? I posted photo of the motor in my channel, check it out and let me know if we are talking about the same configuration.

[@DKFX1]

@@3phasetinkerer The image you posted, it's the same one I have. I saw another guy rewire the motor to produce a lot of voltage.with low RPM. I spent 3 days failing to rewire it, but now tonight I finally succeeded. I can produce more than 30 volts with a hand crank, but stock configuration I was getting 8 volts max. Check out the Hoverboard generator by "Crafty Dude DIY's" he was the one I got the inspiration from.

[@DKFX1]

@@3phasetinkerer Let me know if you need help rewiring.

[@youMake1]

Peki bu fırçasız motoru normal dc motora dönüştürsek ? Ve alternator olarak kullansak yine daha çok verim alırmıyız aynı dönüş hızında

[@emiliorp786]

Es un proyecto no válido ,pues al conectar a las baterías ofrece resistencia y se frena el motor de hoberboar ,no valdría jamás para un aerogenerador

[@3phasetinkerer]

Just, it depends what kind of battery. I don’t think small gusts of winds could charge a big battery. For wind turbine use, you probably need to live in a windy area, use two of these motors and a gear mechanism to increase the rpm. Then maybe it would make sense.

[@guruji243]

Put diodes